BigLift Crane Blog

How Boom Length Affects Crane Load Capacity

Sun, 27 Sep 2026 21:00:01 GMT

Boom length affects how far and how high a crane can reach, but boom length alone does not determine lifting capacity. The crane's available rated capacity depends on factors such as working radius, boom configuration, counterweight, outriggers and site conditions.

In general, a crane's rated capacity decreases as the working radius increases. This means a crane's maximum advertised capacity cannot be used to determine how much it can safely lift at every position on a construction site.

Understanding the relationship between boom length, working radius and crane configuration helps contractors, builders and site managers select a crane that suits the actual lift.

Key Takeaways

Boom length and working radius are different. A 30 m boom does not automatically provide a 30 m horizontal working radius.
Working radius is a major factor in crane capacity. As the load moves farther from the crane's centre, the available rated capacity generally decreases.
A longer boom does not automatically mean lower capacity. Its effect depends on the boom angle and the crane's configuration.
The load chart determines the applicable rated capacity. The correct chart must match the specific crane and configuration.
Site conditions matter. Ground stability, setup space, obstacles, lifting height and the load path can affect crane selection.
Maximum crane tonnage is not capacity at every radius. A crane's available capacity can be lower when the load is positioned farther away.

What Is the Difference Between Boom Length and Working Radius?

Boom length is the length of the crane's boom, while working radius is the horizontal distance from the crane's applicable reference point to the load.

These measurements are related but are not interchangeable.

For example, a crane with a 30 m boom does not necessarily have a 30 m working radius. The boom angle and crane geometry affect where the load can be positioned.

This distinction is important because a crane's capacity is not determined by boom length alone.

How Does Boom Angle Affect Working Radius?

Changing the boom angle changes the horizontal position that the boom can reach.

Consider a simplified 30 m boom:

At 80°: 30 × cos(80°) ≈ 5.2 m
At 45°: 30 × cos(45°) ≈ 21.2 m

The boom remains 30 m long, but its horizontal projection changes significantly as the angle changes.

These figures illustrate the geometry only. They are not a crane capacity calculation. Actual working radius and rated capacity must be determined using the crane's specifications and applicable load chart.

The practical relationship is:

Boom length and boom angle affect reach, while working radius is used with the crane's configuration to determine the applicable rated capacity.

Why Does Crane Capacity Decrease as Working Radius Increases?

A greater working radius increases the turning effect created by a suspended load, so the crane's available rated capacity generally decreases as the load moves farther away.

A simplified way to illustrate this relationship is:

Load moment = Load weight × Load radius

For example:

10-tonne load × 10 m radius = 100 tonne-metres
10-tonne load × 20 m radius = 200 tonne-metres

The second example produces twice the simple load-moment value because the radius has doubled.

This formula helps explain the principle, but it is not a standalone crane capacity calculation. The actual rated capacity must be taken from the manufacturer's load chart for the specific crane and configuration.

What Factors Determine a Crane's Lifting Capacity?

A crane's available lifting capacity depends on the load, working radius, crane configuration and operating conditions rather than maximum tonnage alone.

Load weight

The actual weight of the load is the starting point.

Use an accurate weight where possible rather than relying on an estimate. The suspended load can also include applicable lifting equipment and other components that need to be accounted for under the manufacturer's instructions.

Working radius

The required radius is one of the most important measurements when selecting a crane.

The crane's position, load pick-up point and final placement point all need to be considered when establishing the required radius.

Crane configuration

The applicable capacity can vary according to how the crane is configured.

Depending on the crane, relevant factors may include:

Boom length
Boom angle
Counterweight
Outrigger configuration
Jib or boom extensions
Attachments
Operating position

SafeWork NSW requires operators to consider the crane configuration, lifting task and site constraints when applying the load chart.

Required lifting height

A lift may require additional reach to clear a building, structure or other obstacle.

The crane therefore needs to satisfy both the required horizontal reach and vertical lifting height while maintaining the required rated capacity.

Ground and setup conditions

The crane also needs a suitable position from which to operate.

Planning may need to consider:

Ground stability
Slopes
Excavations
Underground services
Suspended slabs
Outrigger support
Available setup space
Overhead hazards

These site conditions can affect where the crane can be positioned and how the lifting operation is planned. SafeWork NSW provides additional mobile crane safety guidance covering issues such as crane positioning, ground conditions, overhead hazards and underground services.

Wind and environmental conditions

Wind can affect crane operation and load control, particularly when lifting large or awkwardly shaped loads.

The manufacturer's operating requirements and the site's lift-planning controls should be followed rather than relying on a generic wind allowance.

How Do You Read a Crane Load Chart?

The load chart for the exact crane and configuration should be used to determine the rated capacity at the required radius.

SafeWork NSW explains that mobile crane operators need to understand the crane's limits and how to read the mobile crane load charts for each relevant configuration.

A practical process is:

Step 1 Identify the crane

Confirm the exact make and model.

A description such as "50-tonne mobile crane" is not sufficient because different crane models can have different load charts.

Step 2 Confirm the configuration

Identify the applicable:

Boom length
Boom angle
Counterweight
Outrigger configuration
Jib or extension
Operating position

Step 3 Determine the working radius

Establish the required radius based on the crane's planned position, the load pick-up point and the final placement point.

Step 4 Determine the required height

Confirm how high the load needs to be lifted and whether it must clear buildings, structures or other obstacles.

Step 5 Check the applicable load chart

Use the load chart for the exact crane and configuration to determine the rated capacity at the required radius.

Step 6 Check manufacturer requirements

Review applicable deductions, limitations and configuration requirements in the crane's operating documentation.

SafeWork NSW notes that rated capacity depends on the crane's relevant configuration and that operators need to understand and apply the crane's load chart correctly.

Why Can't a Crane Lift Its Maximum Capacity at Every Radius?

A crane's maximum rated capacity does not mean it can lift that amount at every working radius or configuration.

The maximum rating applies to particular operating conditions. When the load is positioned farther away or the crane is configured differently, the applicable rated capacity can be substantially lower.

For this reason, the useful question is not:

"How many tonnes is the crane?"

It is:

"How much can this specific crane lift at the required radius, height and configuration?"

The applicable load chart provides the answer.

When Do You Need More Boom?

More boom may be required when a lift needs additional horizontal reach or vertical height while maintaining the required capacity.

Common examples include:

Rooftop equipment

Air-conditioning units , mechanical equipment and other plant may need to be lifted above a building and positioned on a rooftop.

The crane needs sufficient height and reach to clear the structure and place the load.

Lifting over buildings

A crane may need to operate away from the final landing point because there is insufficient space to establish it directly beside the building.

This can increase the required working radius.

Restricted-access sites

Buildings, trees, roads and other obstacles can limit where the crane can be positioned.

The required reach may therefore be greater even when the load itself is relatively light. The type of crane selected will also depend on the available access, required reach and site conditions.

For a closer look at the options available for different lifting requirements, see our guide to types of cranes available for hire in Sydney.

Structural and precast lifts

Precast panels, structural steel and other components may need to be lifted from one location and installed at another.

The appropriate crane depends on the load weight, working radius, required height and site conditions.

Common Misconceptions About Boom Length and Crane Capacity

A longer boom always means less capacity

Not necessarily.

A longer boom can provide greater reach, but its effect on available capacity depends on the working radius, boom angle and crane configuration.

A 30 m boom provides 30 m of horizontal reach

No.

Boom length and working radius are different measurements. Boom angle affects the horizontal position of the load.

A 50-tonne crane can lift 50 tonnes anywhere on site

No.

The applicable rated capacity depends on the crane's configuration and working conditions.

Load weight is enough to choose a crane

No.

The required radius, height, configuration and site conditions also need to be assessed.

The load chart is only relevant to the crane operator

No.

The load chart is central to determining the crane's rated capacity for the applicable configuration.

What Information Does a Crane Hire Company Need?

Accurate project information helps determine which crane and configuration are suitable for the lift.

Provide:

Site photos, plans, measurements and accurate load information can also help a crane hire company assess the job before mobilisation.

If you're comparing crane hire options, our guide on what to look for when hiring a mobile crane covers additional considerations such as load requirements, access, site conditions and crane selection.

Common Crane Selection Mistakes

Choosing a crane based only on load weight

A load may be within a crane's maximum capacity but exceed its rated capacity at the required radius.

Treating boom length as horizontal reach

The physical length of the boom does not equal the horizontal working radius.

Ignoring crane configuration

Changing the boom, counterweight, outriggers or attachments can affect the applicable load-chart rating.

Failing to assess the setup location

The crane needs suitable ground and enough space to operate within the manufacturer's requirements.

Using a generic capacity allowance

A generic percentage should not replace the manufacturer's load chart or site-specific lift planning.

Frequently Asked Questions

Does a longer boom reduce crane capacity?

Not by itself. A longer boom can change the crane's operating configuration and provide greater reach, but available capacity depends on working radius and other configuration factors.

What mainly causes crane capacity to decrease as the load moves farther away?

Working radius. As the radius increases, the load creates a greater turning effect, so the crane's rated capacity generally decreases.

Is boom length the same as working radius?

No. Boom length is the physical length of the boom. Working radius is the horizontal distance from the crane's applicable reference point to the load.

How do I know how much a crane can lift at a specific radius?

Check the manufacturer's load chart for the exact crane and configuration. The applicable chart provides the rated capacity for the relevant working conditions.

Can I select a crane using only the load weight?

No. Working radius, lifting height, crane configuration and site conditions also need to be considered.

Why can two cranes with the same maximum capacity have different capabilities?

Their load charts and configurations can differ. Boom setup, counterweight, outriggers, attachments and other specifications can affect their rated capacity.

What information should I provide when requesting crane hire?

Provide the load weight and dimensions, pick-up and landing locations, required height and radius, site access, obstacles, ground conditions and available setup space.

Conclusion

Boom length is only one part of crane selection. The crane must have sufficient rated capacity for the required load, working radius, height and configuration under the actual site conditions.

Start by defining the lift requirements, then determine the required radius and height and verify the crane's rated capacity using the manufacturer's load chart.

For mobile crane hire in Sydney , BIGLIFT CRANES provides mobile crane hire for different lifting requirements and can help assess factors such as load weight, required reach, access and site conditions when planning a lift.

How to Calculate the Right Crane Size for Your Construction Project

Sat, 26 Sep 2026 22:00:14 GMT

Choosing the right crane for a construction project involves more than matching the crane's rated capacity to the weight of the load.

The required crane depends on the total lifted load, working radius, required height and reach, crane configuration, and site conditions.

For an initial assessment, determine the complete lifted load and working radius, then calculate the load moment. The final crane selection must be verified against the manufacturer's load chart for the specific crane and configuration.

Key Takeaways

Crane size is not determined by load weight alone. Radius, reach, configuration and site conditions also affect the selection.
The total lifted load includes the load and applicable lifting equipment that the crane must carry.
Working radius is the horizontal distance from the crane's centre of rotation to the load's centre of gravity.
Load moment = load × working radius and provides a useful preliminary indication of how weight and reach interact.
A crane's advertised maximum tonnage does not mean it can lift that amount at every radius.
The manufacturer's load chart or rated capacity chart is the key reference for confirming the crane's capacity at a particular configuration.
Ground conditions, access, crane position, overhead hazards, underground services and weather can affect crane selection and operation.

What Determines the Right Crane Size?

The main factors are:

NSW Government guidance recommends considering factors such as rated lifting capacity, site access, ground bearing pressure, crane position, boom considerations, underground and overhead services, and environmental conditions when selecting a crane.

How Do You Calculate the Right Crane Size?

There is no single formula that determines the correct crane size for every construction lift.

A practical preliminary process is:

Determine the total lifted load → measure the working radius → calculate the load moment → determine the required height and reach → verify the crane using its load chart.

The calculation helps establish the lifting requirement. The load chart confirms whether a particular crane can perform the lift in its planned configuration.

1. Determine the Total Lifted Load

The total lifted load is the complete weight that the crane must carry during the lift. This may include the load itself as well as applicable lifting equipment, such as slings, shackles, spreader beams and other attachments.

For example, i f equipment weighs 10 tonnes and the applicable lifting equipment adds 0.5 tonnes, the lifting arrangement involves a total of 10.5 tonnes before considering any other chart-specific requirements.

Use verified load weights wherever possible. It is also important to check the crane's load chart to determine whether items such as the hook block and lifting slings are already included in the rated capacity or need to be accounted for separately.

Safe Work Australia's crane guidance explains how these items may be treated when checking a crane's rated capacity.

2. Measure the Working Radius

T he working radius is the horizontal distance between the crane's centre of rotation and the load's centre of gravity at the relevant point of the lift.

It is a critical measurement because a crane's available lifting capacity generally changes as the working radius changes. Load charts specify capacity for particular radius and configuration combinations.

Measure the planned radius at the important stages of the lift, including the pickup and final placement positions.

The most demanding position may determine the crane configuration required for the job.

3. Calculate the Load Moment

Load moment shows the relationship between the load weight and its horizontal distance from the crane.

Formula

Load Moment = Load × Working Radius

For example:

Load = 12 tonnes
Working radius = 20 metres

12 × 20 = 240 tonne-metres

The calculated load m oment is therefore 240 tonne-metres.

This calculation is useful for understanding why increasing the load or radius increases the lifting demand.

However, it does not mean you can simply choose a crane based o n a 240-tonne rating or a generic tonne-metre figure.

The actual crane capacity must be confirmed using the manufacturer's load chart.

4. Determine the Required Height and Reach

The crane must be able to reach the final placement position while operating within its rated limits.

Consider:

Starting elevation
Final placement elevation
Building height
Roof structures
Parapets
Scaffolding
Plant and equipment
Required clearance over obstacles

Height and radius should be assessed together because achieving greater reach may require a different boom length or crane configuration.

5. Verify the Crane Using the Load Chart

A load chart, also called a rated capacity chart, shows how much a particular crane can lift under specified operating conditions.

It is the key reference for confirming whether a crane can safely perform a planned lift at the required radius and configuration.

Safe Work Australia's crane-specific load chart guidance explains that lifting capacity can vary according to factors such as boom extension, boom angle and the crane's operating configuration.

Depending on the crane, the applicable chart can account for factors such as:

Working radius
Boom length
Boom angle
Outrigger configuration
Counterweight
Fly jib configuration
Pick-and-carry operation
Rope and reeving arrangements
Hook block configuration

The exact factors vary by crane and chart.

To verify the crane:

Identify the crane model.
Identify the planned operating configuration.
Find the applicable load chart.
Locate the required boom configuration and working radius.
Check the rated capacity at that combination.
Account for any load-chart requirements relating to the hook block, lifting gear or other equipment.
Confirm the planned lifted load does not exceed the applicable rated capacity.

The manufacturer's rated capacity should not be exceeded.

Why Crane Tonnage Alone Can Be Misleading

A crane's advertised capacity is not necessarily its capacity at the working radius you need.

For example, calling a crane a 50-tonne crane does not mean it can lift 50 tonnes at every position on the site.

The more useful question is:

How much can this specific crane lift at the required radius and configuration?

This is why crane selection should be based on the applicable load chart rather than the headline tonnage alone.

How Site Conditions Affect Crane Selection

The crane also needs to be suitable for the physical conditions of the worksite.

Ground Conditions

The crane needs a suitable standing and operating surface. Ground conditions, slopes and changes in the supporting surface can affect crane stability and rated capacity.

Crane Position and Setup Space

The available space affects where the crane can be positioned and how the lift can be carried out.

For cranes using outriggers, there must also be adequate space for the required setup.

Site Access

The crane must be able to reach the worksite and move into its planned operating position where required.

Overhead and Underground Services

Powerlines, buildings, trees and other structures can restrict boom or load movement. Underground services can also affect where a crane can safely be positioned. NSW guidance specifically identifies both overhead and underground services as planning considerations.

Weather and Environmental Conditions

Wind, storms and other environmental conditions can affect crane operations and need to be considered during planning.

Which Type of Crane Should You Choose?

Crane capacity is only part of the decision. The type of crane also needs to suit the lifting method and worksite.

The appropriate crane depends on the actual load, reach, site conditions and operating requirements.

Common Crane Sizing Mistakes

Choosing a Crane Based Only on Load Weight

A load's weight does not determine the required crane by itself. The working radius, reach and configuration also affect the available capacity.

Estimating the Working Radius

An inaccurate radius can result in selecting a crane that does not have enough capacity at the actual lifting position.

Leaving Lifting Equipment Out of the Calculation

Slings, spreader beams, hook blocks and other applicable equipment may need to be accounted for when determining the effective load against the crane's rated capacity. Check the specific load chart.

Ignoring the Crane Configuration

Rated capacity can change with boom length, boom angle, counterweight, outrigger setup and other configuration details. Always use the load chart applicable to the planned setup.

Selecting the Crane Before Assessing the Site

A crane with sufficient lifting capacity may still be unsuitable if the site cannot accommodate its access, setup, ground or clearance requirements.

When Is Detailed Crane Planning Needed?

A basic load-and-radius calculation is useful for preliminary planning, but it does not replace a proper assessment of the lift.

More detailed planning may be required for lifts involving:

Heavy or unusual loads
Long working radii
Restricted access
Challenging ground conditions
Limited setup areas
Overhead or underground hazards
Tandem or multiple-crane lifts
Complex lifting paths
Operations close to rated capacity or stability limits

NSW guidance identifies factors such as rated capacity, ground conditions, crane position, services and environmental conditions as part of lift planning, while Safe Work Australia emphasises using the crane-specific load chart and manufacturer information.

When requesting crane hire , provide the load weight and dimensions, pickup and placement locations, required height, working radius and relevant site information.

Choosing the Right Crane for Your Project

The right crane is determined by the load, working radius, required height and reach, crane configuration and site conditions .

Start by establishing the complete lifted load and working radius. Calculate the load moment to understand the relationship between weight and reach, then use the manufacturer's load chart to confirm the crane's rated capacity for the planned configuration.

For construction projects in Sydney, BIGLIFT CRANES provides mobile crane hire with a fleet ranging from 16-tonne city cranes to 130-tonne heavy-lift cranes , including a 20-tonne Franna crane .

If you are unsure which crane configuration is suitable for your project, provide the load details, required lifting height, working radius and site conditions so the appropriate equipment can be assessed.

Why Are Cranes Used on Construction Sites?

Fri, 25 Sep 2026 02:35:27 GMT

Cranes are used on construction sites to lift, move and position heavy or awkward loads that cannot be safely or practically handled with conventional equipment. They can place materials and equipment at height, across obstacles or in areas that are difficult to reach from ground level.

The right crane depends on the lifting task and the site. Load weight, working radius, lifting height, crane configuration, access, ground conditions and available setup space can all affect which crane is suitable.

Key Takeaways

Cranes lift and position materials, structural components, machinery and equipment on construction sites.
The required crane depends on the complete lifting task, not just the weight of the load.
Working radius can affect the crane's rated lifting capacity.
Site access, ground conditions, overhead hazards and setup space can influence which cranes are suitable.
Mobile and tower cranes are designed for different project requirements.
Safe crane operations require appropriate planning, equipment, personnel and work controls.

What Are Cranes Used for on Construction Sites?

Cranes are primarily used to lift and position materials, components, machinery and other heavy loads where ground-based equipment cannot provide the required reach, height or lifting capability.

Common construction applications include:

Structural steel: Lifting beams, columns and other steel components into position.
Precast concrete: Positioning precast panels, beams and other concrete elements.
Building materials: Moving heavy materials to upper floors or difficult-to-access areas.
Rooftop equipment: Lifting HVAC units and other mechanical equipment onto roofs.
Machinery and equipment : Positioning generators, plant and other heavy equipment.
Construction plant: Moving suitable equipment around a worksite where crane lifting is required.
Pools and spas: Placing items over fences, buildings or other obstacles when ground access is restricted.
Civil and infrastructure work: Positioning materials and equipment for roads, utilities and other infrastructure projects.

The main purpose is controlled lifting and placement. A crane allows a load to be raised and positioned where the construction work requires it rather than relying solely on ground-level handling.

What Types of Cranes Are Used on Construction Sites?

Construction projects use different crane types depending on the lifting task, mobility requirements, reach and site conditions.

Franna Cranes

A Franna is a non-slewing mobile crane designed for pick-and-carry operations . This allows suitable loads to be moved around a worksite while supported by the crane.

Its mobility can be useful when a crane needs to reposition around a suitable work area instead of remaining in one fixed lifting position.

Pick-and-carry operations have specific operating limitations. The load, travel path, ground conditions, slope and crane configuration all need to be considered before the operation.

City Cranes

City cranes are compact mobile slewing cranes that can be useful where access and working space are limited.

They may suit urban and residential sites where the available entry route, positioning area or surrounding structures make crane size an important consideration.

All-Terrain Cranes

All-terrain cranes are designed to combine road-going mobility with lifting capability at the worksite.

They can be considered for construction, commercial and industrial projects where the crane needs to travel to the site and then perform a lift after positioning.

Rough-Terrain Cranes

Rough-terrain cranes are designed for manoeuvrability on construction and other off-road worksites.

Their suitability still depends on the actual terrain, load, reach, site layout and manufacturer's operating requirements.

Crane terminology can vary between manufacturers and hire companies, so the crane's actual specifications and load chart are more important than the name alone.

How Do You Choose the Right Crane for a Construction Site?

Choosing a crane starts with the lift itself. The crane must have the required capacity and configuration while also being suitable for the site where the work will take place.

A practical selection process is:

1. Define the load

Determine:

What is being lifted
Approximate weight
Dimensions
Lifting points
Centre of gravity, where relevant
Required lifting equipment

2. Define the lift

Establish:

Pickup location
Placement location
Required lifting height
Working radius
Load path
Obstacles between the pickup and landing areas

3. Assess the site

Check:

Site access
Available setup space
Ground conditions
Overhead powerlines
Nearby structures
Underground services
Other plant and vehicles
Traffic and pedestrian movements

4. Match the crane

The proposed crane should then be checked against the actual lift requirements, including:

Rated capacity at the required radius
Crane configuration
Boom requirements
Required reach
Outrigger or setup requirements
Site access
Ground conditions
Manufacturer's limitations

5. Confirm the lifting arrangement

The final arrangement should account for the crane configuration, lifting equipment, work area, load path, communication and required safety controls.

A crane should not be selected simply because its advertised maximum capacity is greater than the load weight. The applicable load chart and actual crane configuration need to be considered for the lift.

Why Does Working Radius Matter When Using a Crane?

Working radius is the horizontal distance between the crane's centre of rotation and the load.

It matters because a crane's rated capacity can change as the working radius increases.

A crane advertised with a particular maximum lifting capacity does not automatically have that capacity at every radius. The allowable load depends on the crane's configuration and the applicable load chart.

This means two lifts involving the same load can have different crane requirements if the pickup and placement positions change.

How Do Construction Site Conditions Affect Crane Selection?

Site conditions can determine whether a crane can safely access, set up and perform the required lift.

Ground conditions

The ground needs to be suitable for the planned crane operation. Soft, unstable or uneven ground can affect stability and may require additional controls or ground support.

For pick-and-carry operations, SafeWork NSW advises assessing the ground and travel path, including slope and terrain, before moving with a load.

Restricted access

Narrow entrances, tight streets, fences, buildings and other structures can limit which cranes can enter or position themselves on a site.

Overhead hazards

Powerlines, buildings, scaffolding and other structures can interfere with crane movement and the load path. These hazards need to be identified during planning.

Underground services

Underground services can affect where a crane is positioned, particularly where outriggers or other concentrated loads are involved.

Setup space

The available area needs to accommodate the crane's positioning and the requirements of the planned operation, which may include outriggers, boom movement and the load path.

What Safety Considerations Apply to Cranes on Construction Sites?

Crane safety involves controlling the risks associated with the crane, load, lifting equipment, workers and surrounding environment.

Important controls include:

Exclusion zones

Areas around crane operations and lifting or landing zones should be controlled to prevent unauthorised people from entering hazardous areas.

Suitable lifting equipment

Slings, chains, hooks and other lifting equipment need to be suitable for the load and used within their applicable rated limits.

Licensed and competent personnel

Workers performing high-risk crane or dogging work need the applicable licence where required, as well as the competence and experience necessary for the task. SafeWork NSW states that most cranes require a High Risk Work licence to operate.

Communication

The crane operator and workers directly involved in the lift need an effective communication system and clear instructions, including a way to signal a stop.

Pre-start checks

The crane and lifting equipment should be checked in accordance with the manufacturer's requirements before operation. SafeWork NSW guidance includes pre-start checks, inspection of lifting gear and confirmation that the crane is in suitable working order.

Lift planning

The operation should account for the load, crane configuration, load path, ground conditions, hazards and required controls before lifting begins.

Pick-and-carry operations

Additional controls apply when a mobile crane travels with a suspended load. Ground conditions, travel path, slope, crane configuration and manufacturer requirements all need to be considered.

SafeWork NSW identifies common crane risks including falling loads, tip-overs, contact with structures or powerlines, and people being struck or crushed by crane components or loads.

What Is the Difference Between Mobile and Tower Cranes?

Mobile and tower cranes differ mainly in how they are positioned and used on a project.

The choice depends on the project's lifting requirements, duration, site layout, access and planned operations.

When Should You Hire a Mobile Crane for a Construction Project?

A mobile crane may be appropriate when a project requires controlled lifting and the load cannot be practically positioned using standard site equipment.

Common situations include:

Lifting materials to elevated locations
Positioning structural components
Placing equipment on rooftops
Moving suitable loads around a worksite
Lifting over fences, buildings or other obstacles
Supporting temporary construction activities
Accessing different lifting locations during a project

The appropriate crane depends on the actual lift and site conditions rather than simply choosing the largest available crane.

What Information Should You Give a Crane Hire Company?

You do not need to know the exact crane model before making an enquiry. Providing accurate information about the lift allows the crane hire company to assess the requirements.

Useful information includes:

What is being lifted?
What is the approximate weight?
What are the load's dimensions?
Where will the load be picked up?
Where will it be placed?
How high does it need to be lifted?
What is the approximate working radius?
How will the crane access the site?
Where can the crane be positioned?
Are there powerlines, buildings, trees, underground services or other obstacles?
When is the lift required?

Site photos, plans and measurements can also help communicate the conditions.

The crane hire company can then use this information to assess the appropriate equipment and lifting requirements.

Common Misconceptions About Construction Cranes

“The crane only needs to be rated for the load weight.”

Not necessarily. Working radius, crane configuration and operating conditions can affect the allowable lifting capacity.

“The biggest crane is always the safest choice.”

Not necessarily. The crane needs to be appropriate for the specific lift, access conditions, setup area and operating environment.

“Any flat area is suitable for crane setup.”

No. Ground conditions and the ability of the surface to support the crane need to be considered.

“A Franna can travel with any suspended load.”

No. Pick-and-carry operations have specific limitations based on the crane, load, ground, slope, travel path and manufacturer's requirements.

“The crane operator handles everything.”

No. Crane lifting can involve several people with different responsibilities, including the operator and workers involved in dogging, rigging or directing the load.

“The crane can arrive and start lifting immediately.”

Not necessarily. Access, setup, equipment checks, planning, personnel, exclusion zones and site conditions may need to be addressed before lifting begins.

Frequently Asked Questions

Why are cranes used on construction sites?

Cranes are used to lift, move and position heavy or awkward loads that cannot be safely or practically handled using conventional ground-based equipment.

What does a construction crane do?

A construction crane lifts and positions materials, structural components, machinery and equipment. Depending on the crane type and operation, it may also move suitable loads around a worksite.

What types of cranes are used in construction?

Common types include tower cranes, mobile slewing cranes, Franna cranes, city cranes, all-terrain cranes and rough-terrain cranes. The suitable type depends on the lifting task and site conditions.

How do I know what crane capacity I need?

Capacity should be determined from the actual load, working radius, lifting height, crane configuration and operating conditions. The applicable load chart should be used rather than relying only on the crane's advertised maximum capacity.

Does working radius affect crane capacity?

Yes. A crane's rated capacity can change as the working radius increases. The applicable load chart and crane configuration need to be considered for the specific lift.

Can mobile cranes work on restricted-access sites?

Some mobile cranes are designed for sites where access and setup space are limited. Compact crane types can be useful in these situations, but the actual site still needs to be assessed.

What information should I provide when hiring a crane?

Provide the load weight and dimensions, pickup and landing points, lifting height, working radius, site access, setup area, obstacles and known ground or site restrictions.

Who can operate a crane in NSW?

Most cranes require the appropriate High Risk Work licence in NSW, with the applicable licence class depending on the type of crane and work being performed. Operators also need to be competent for the crane and task.

What are common crane hazards on construction sites?

Common hazards include falling loads, crane tip-over or rollover, contact with powerlines or structures, unsuitable ground conditions, moving plant and people entering hazardous areas around crane operations.

Planning a Construction Lift in Sydney?

Choosing the right crane starts with understanding the load and the site.

If you are planning a construction lift, provide the load weight, lifting height, working radius, pickup and placement points, site access and any known site restrictions.

BIGLIFT CRANES can assess the requirements and help determine which type of mobile crane is suitable for the job.

How to Read and Understand Crane Load Charts

Fri, 25 Sep 2026 00:54:42 GMT

A crane load chart shows the maximum rated load a crane can lift under a specific configuration and working radius. To read one correctly, identify the correct chart, match the crane setup, find the working radius, and then read the corresponding rated capacity.

The chart may account for the boom length, boom angle, counterweight, outrigger position, fly jib, reeving and hook block arrangement. Because these conditions affect rated capacity, a crane's headline tonne rating does not apply to every lifting position.

Key Takeaways

A crane load chart gives rated capacity for a particular crane configuration and lifting condition.
Working radius is a key value because the available lifting capacity generally decreases as the radius increases.
The chart must match the crane's actual boom, counterweight, outriggers, attachments and other specified conditions.
Hook blocks and lifting gear may need to be accounted for separately, depending on the manufacturer's instructions.
A load chart shows lifting capacity, while a working range diagram shows reach and height.
The manufacturer's load chart, notes and operating instructions take priority over general rules.

What Is a Crane Load Chart?

A crane load chart is a manufacturer-provided rated capacity chart that shows how much load a crane is permitted to lift under specified operating conditions.

Safe Work Australia provides guidance on crane load charts and explains that the applicable rating depends on the crane's configuration and operating conditions.

For a mobile crane , the chart can include information about:

The exact layout and terminology vary between crane manufacturers and models. Safe Work Australia states that a load chart should contain enough information to identify the crane configuration to which it applies.

What Is Working Radius on a Crane Load Chart?

Working radius is the horizontal distance used to determine the crane's rated capacity for a particular lifting position.

As the working radius increases, the crane will generally have less available lifting capacity. The exact reference points and measurement method depend on the crane manufacturer's specifications.

What Does Boom Length Mean?

Boom length is the length of the main boom in the configuration being used.

A longer boom can provide greater reach, but it does not automatically mean greater lifting capacity. The applicable rating depends on the complete crane configuration and working radius.

Why Do Counterweights, Outriggers and Attachments Matter?

They form part of the configuration for which the load chart provides a rating.

A chart may specify a particular counterweight arrangement, outrigger extension or fly jib configuration. Using a different setup can mean that the listed capacity no longer applies.

Safe Work Australia specifically identifies counterweight, fly jib and outrigger configuration as information that may need to be identified on a load chart.

Why Do Hook Blocks and Reeving Matter?

The hook block and rope arrangement can also affect how a load chart applies.

The manufacturer's documentation may specify the number of rope falls, the hoist being used, and whether the hook block is included or excluded from the stated capacity.

How Do You Read a Crane Load Chart?

The exact format varies, but the process is based on m atching the actual crane configuration and working radius to the corresponding capacity. These factors are also important when choosing the right crane size , as the required capacity depends on the load and lifting conditions.

1. Identify the Correct Load Chart

Start by confirming the crane manufacturer, model and configuration.

Check the information shown on the chart for the boom arrangement, counterweight, outriggers, attachments, reeving and operating mode.

SafeWork NSW notes that operators need to understand the crane's limitations and how to read the load chart for the relevant configuration .

A crane can have more than one load chart, particularly where different boom or fly jib configurations are available.

2. Determine the Working Radius

Find the working radius for the planned lifting position.

For example, if the relevant radius is 10 metres, locate the 10-metre value on the chart using the manufacturer's specified method for determining radius.

The radius should be considered for the lifting position being assessed because the crane's rated capacity changes across its working range.

3. Match the Boom Configuration

Find the boom length or configuration that corresponds to the actual crane setup.

Depending on the manufacturer, boom lengths may appear across the top of a table, in separate tables or in another chart format.

The relevant capacity is the value associated with the correct configuration and radius.

4. Read the Rated Capacity

Locate the rated capacity for the selected configuration and radius.

A simplified example could look like this:

In this simplified example, a 15-metre working radius corresponds to a rated capacity of 7 tonnes.

Real crane load charts can contain multiple configurations, restrictions and chart notes. Do not automatically round or interpolate between chart points unless the manufacturer's instructions specify how to handle values between listed points.

5. Read the Chart Notes and Symbols

The numbers are only part of the load chart.

Notes, legends, symbols and shaded areas can specify conditions such as:

Outrigger requirements
Counterweight configuration
Fly jib configuration
Hook block treatment
Reeving
Hoist selection
Operating restrictions

These conditions form part of the rated capacity information and should be read together with the capacity figures.

How Does Hook and Rigging Weight Affect Crane Capacity?

The weight of the load itself may not be the only weight that needs to be considered.

Depending on the manufacturer's instructions, the suspended load calculation may also need to account for equipment such as the hook block, slings, lifting beams or spreader beams.

Safe Work Australia gives the example of a crane rated at 20 tonnes at a particular radius where the hook and lifting gear have a combined mass of 1 tonne. In that case, the load itself cannot exceed 19 tonnes.

The exact treatment of hook and lifting gear depends on the manufacturer's load chart and instructions.

Crane Load Chart Example

Suppose a mob ile crane needs to lift an 8-tonne load at a 12-metre working radius.

The crane has a specified boom configuration, counterweight and outrigger setup.

The operator first selects the load chart that matches that configuration.

They then locate the 12-metre working radius and find the rated capacity for the applicable boom configuration.

Assume the chart gives a rated capacity of 10 tonnes and the manufacturer's instructions require 1 tonne to be allowed for the hook and lifting gear.

The remaining capacity would be 9 tonnes, so the 8-tonne load would fall within the si mplified example's rated capacity.

For an actual lift, the manufacturer's load chart and operating instructions must be used.

Why Does Crane Capacity Change With Working Radius?

Crane capacity generally decreases as working radius increases because the crane's loading and stability conditions change.

Safe Work Australia's guidance states that lifting capacity is generally limited by structural strength at smaller working radii and stability at greater working radii, while also noting that structural limits can apply across the working range.

This is why a crane's nominal tonne rating should not be treated as its capacity at every lifting position.

How Do You Read a Crane Working Range Diagram?

A working range diagram shows the crane's reach and lifting envelope, while a load cha rt shows its rated lifting capacity.

A working range diagram may show:

Working radius
Lifting height
Boom length
Boom angle
Maximum reach

For example, if a load needs to be placed 20 metres away and 15 metres above ground, the working range diagram can help show whether the crane can physically reach that position.

The load chart is then used to determine the rated capacity for the required configuration and radius.

Crane Load Chart vs Working Range Diagram

Common Misconceptions About Crane Load Charts

"A 50-tonne crane can lift 50 tonnes anywhere."

No. The nominal tonne rating does not represent the crane's capacity at every radius or configuration. The applicable load chart determines the rated capacity.

"A longer boom always means less lifting capacity."

Not as a universal rule. Boom length affects the crane's configuration, but the actual rated capacity depends on the crane model, configuration and working radius.

"The highest number on the chart is the usable capacity for every lift."

No. A capacity figure only applies to the configuration and conditions associated with that part of the chart.

"All crane load charts use the same colours and symbols."

No. Manufacturers can use different layouts, legends, symbols and shading. The specific chart's notes and legend should be followed.

"The load weight is the only weight that matters."

Not necessarily. Hook blocks and lifting equipment may also need to be included or deducted according to the manufacturer's instructions.

"A working range diagram tells me how much the crane can lift."

No. A working range diagram primarily shows reach and height. The load chart provides the rated lifting capacity.

"The Same Load Chart Applies to Every Crane Configuration"

No. The applicable load chart can change with the crane's configuration and operating conditions. SafeWork NSW's mobile crane guidance provides information on mobile crane operation and the importance of following the manufacturer's requirements for the crane being used.

Always make sure the load chart matches the crane's actual configuration.

Frequently Asked Questions

What is a crane load chart?

A crane load chart is a manufacturer-provided rated capacity chart showing how much a crane can lift under specified configurations and operating conditions.

How do you read a load chart for a crane?

Identify the correct chart, confirm the crane configuration, determine the working radius, match the applicable boom configuration and read the corresponding rated capacity.

What is the most important value on a crane load chart?

The relevant va lue is the rated capacity that applies to the actual crane configuration and working radius. Ther e is no single capacity figure that applies to every lift.

Does crane capacity include the hook block?

It depends on the specific load chart. The manufacturer should state whether the hook block is included or excluded and whether deductions are required.

What is the difference between a load chart and a working range diagram?

A load chart shows rated lifting capacity, while a working range diagram shows reach, height and the crane's working envelope.

Can I use another crane's load chart?

No. The load chart needs to correspond to the crane and configuration being used. Even cranes with similar nominal capacities can have different rated capacities and operating limitations.

Need a Crane for Your Lift?

Un derstanding crane load charts is important when determining whether a crane has the required capacity for a planned lifting position.

BIGLIFT CRANES provides mobile crane hire across Sydney , with a fleet from 16-tonne to 130-tonne mobile cranes, including City, All-Terrain and Franna cranes. BIGLIFT states that it assesses factors such as load weight, lift radius, lifting height, access and ground conditions when determining a suitable crane.

For a crane hire enquiry, provide the load weight, approximate working radius, lifting height and site details so the requirements can be assessed.

For larger loads or complex lifting positions, explore our heavy lift crane hire service.

Contact BIGLIFT CRANES for a crane hire quote.

Wet Hire vs Dry Hire: What's the Difference?

Thu, 24 Sep 2026 08:37:35 GMT

Wet hire includes a crane and operator, while dry hire provides the crane without a supplied operator. The difference affects who arranges the operator, how the hire is priced and which responsibilities need to be confirmed before the lift.

The hire model is only part of the decision. You also need to consider the lifting requirements, site conditions, crane type and total project cost.

Key Takeaways

Wet hire includes a crane and operator.
Dry hire provides the crane without a supplied operator, so the hirer arranges the operator separately.
Dry hire is not automatically cheaper. Compare the complete cost of the lift rather than the crane rate alone.
The hire model and crane selection are separate decisions.
Wet hire can suit projects without an available crane operator, while dry hire can suit businesses with suitable operator arrangements.

Wet Hire vs Dry Hire Comparison

The main difference between wet and dry hire is who provides the crane operator.

What Is Wet Hire?

Wet hire is a crane-hire arrangement where the crane is supplied with an operator. The crane provider supplies the equipment and operator as part of the agreed hire arrangement.

Wet hire can suit projects where:

You do not have a suitable crane operator.
The lift is a one-off project.
You want the crane and operator arranged through one provider.
You need an operator for a specific period.

Wet hire does not necessarily include every service required for a lift. Depending on the project, you may also need additional personnel, traffic management, permits or other arrangements.

What Is Dry Hire?

Dry hire provides the crane without a supplied operator, so the hirer arranges the operator separately.

This can suit contractors and businesses that already have access to appropriately licensed and competent crane operators.

Dry hire does not mean anyone can operate the crane. Wh ere an HRWL(High Risk Work Licence) is required, the operator must hold the appropriate licence class and meet the relevant competency requirements.

SafeWork NSW provides the current requirements for crane operators and High Risk Work Licence classes.

Is Wet Hire More Expensive Than Dry Hire?

Wet hire can have a higher hire rate because an operator is included, but dry hire is not automatically cheaper overall.

A contractor with its own appropriately licensed operator may have different costs from a customer who needs to arrange an operator separately.

When comparing quotes, consider the complete cost of the lift, including:

Crane
Operator
Hire duration
Mobilisation and demobilisation
Travel
Overtime
Waiting time
Additional personnel
Other project-specific charges

The best comparison is the total cost of completing the lift, not the crane rate alone.

Crane Operator and NSW Licensing Requirements

Crane licensing in NSW depends on the type and capacity of crane being operated. Where an HRWL is required, the operator must hold the applicable licence class.

For mobile cranes, SafeWork NSW identifies these classes:

Higher slewing-crane licence classes also cover certain lower classes. The exact licensing requirement depends on the crane and how it is being operated.

Licensing is not the same as competency. The operator also needs to b e competent and appropriately experienced for the crane and work being performed.

For dry hire, confirm that the operator's licence and competency are appropriate for the crane being hired.

Who Is Responsible During a Mobile Crane Hire?

Work Health and Safety|(WHS|) responsibilities do not automatically transfer to the crane company or hirer because a wet- or dry-hire agreement is used. Differe nt duty holders can have different responsibilities depending on the work and parties involved.

SafeWork NSW identifies responsibilities for Person Conducting a Business or Undertaking (PCBU), mobile crane suppliers and crane operators. It also states that a WHS duty cannot simply be transferred to another person through a contract or agreement.

PCBU and site management

PCBUs can have responsibilities for preparing and coordinating the workplace and lifting operation.

Depending on the project, this can include:

Providing information about the planned lift
Preparing the site
Coordinating workers and other PCBUs
Identifying site hazards
Managing exclusion zones
Coordinating the lifting operation

Crane supplier

The crane supplier has responsibilities relating to the equipment it provides.

SafeWork NSW states that mobile crane suppliers must ensure only appropriately licensed people operate the crane and that mobile cranes are maintained and inspected by a competent person in accordance with manufacturer requirements.

Crane operator

The crane operator must operate the equipment safely within its operating limitations.

Operators need to understand the crane's operating manual, load chart, rated capacity, configuration and limitations.

They also need to consider site conditions that can affect operation or stability, including overhead powerlines, nearby structures, underground assets and ground conditions.

How Do You Choose Between Wet Hire and Dry Hire?

Choose the hire model by checking your operator arrangements, defining the lift and comparing the complete hire requirements.

Step 1: Check your operator arrangements

If you already have an appropriately licensed and competent operator, dry hire may be an option.

If you do not have one, wet hire can provide the crane and operator through the same arrangement.

Step 2: Define the lift

Before requesting a quote, establish:

What is being lifted?
What is the approximate weight?
How high does it need to go?
How far does the crane need to reach?
Where can the crane be positioned?
Are there access restrictions?
Are there known site hazards?
Are additional lifting personnel required?

Step 3: Confirm the appropriate crane

The crane should be selected according to the lift and site conditions, not simply the hire model.

The crane provider will need information about the load, lifting requirements, access and site conditions to determine a suitable crane.

Step 4: Compare the complete arrangement

Compare the total cost and confirm:

Crane
Operator
Hire duration
Mobilisation
Travel
Overtime
Waiting time
Fuel
Additional personnel
Insurance and damage terms
Other project-specific charges

Choosing the Right Crane for the Lift

The appropriate crane depends on the lifting requirements and site conditions.

Load weight and lifting radius

Load weight and lifting radius are key factors when determining crane capacity.

A crane's maximum rated capacity does not mean it can lift that amount at every rad ius or configuration.

The applicable load chart must be considered together with the crane configuration and operating limitations.

Site access and setup space

Available access and setup space can determine which crane is practical for a site.

Consider entry and exit routes, setup area, working space, nearby structures and overhead obstructions.

Ground conditions and site constraints

Ground conditions need to be suitable for the planned crane operation and configuration.

Soft or unstable ground can affect crane stability. Underground services, overhead powerlines and nea rby structures can also create hazards.

Crane type

Different mobile cranes are suited to different lifting environments and site requirements.

Franna cranes for suitable pick-and-carry applications
City cranes where manoeuvrability and urban access are important
All-Terrain cranes for suitable projects requiring greater capacity and reach

The appropriate crane depends on the actual lift, access, ground conditions, required capacity and site layout.

What Should Be Included in a Crane Hire Quote?

A crane hire quote should clearly identify the equipment, operator arrangements, hire period and additional charges that apply.

When requesting a quote, provide:

What is being lifted
Approximate load weight
Site location
Required lifting height
Approximate lifting radius
Site access information
Preferred date
Expected duration
Known site restrictions

Common Wet Hire vs Dry Hire Misconceptions

Dry hire is always cheaper

Not necessarily. A l ower crane-only rate does not automatically mean a lower total project cost.

Wet hire means the crane company handles everything

No. Other p arties can still have WHS, site management and coordination responsibilities.

Anyone can operate a dry-hire crane

No. Where a n HRWL is required, the operator must hold the appropriate licence class and meet the relevant competency requirements.

The hire model determines which crane you need

No. Crane selection depends on the lifting requirements and site conditions.

Frequently Asked Questions

What is the difference between wet hire and dry hire?

Wet hire normally includes a crane and operator, while dry hire provides the crane without a supplied operator.

Is dry hire cheaper than wet hire?

Not necessarily. Com pare the complete project cost, including the operator and other applicable charges.

Do I need a licence to operate a dry-hire crane in NSW?

Where the crane operation requires an HRWL, the operator must hold the appropriate licence class. The applicable class depends on the crane and its capacity.

Does wet hire mean the crane company is responsible for everything?

No. Diffe rent duty holders can have different WHS responsibilities.

What information should I provide when requesting a crane quote?

Provide the load, location, lifting height, approximate radius, access conditions, preferred date and expected duration. Site photos or plans can also help.

Get a Crane Hire Quote for Your Project

The right hire arrangement starts with the details of the lift.

Provide the load information, site location, lifting requirements, access conditions, preferred date and expected duration.

At BIGLIFT CRANES, we provide mobile crane hire across Sydney for construction, machinery placement, heavy lifting and specialised lifting projects.

Need help choosing between wet and dry hire? Contact BIGLIFT CRANES with your project details and request a crane hire quote.

How Cranes Are Used for Swimming Pool Installation

Thu, 24 Sep 2026 07:48:23 GMT

A crane can lift a swimming pool shell into a backyard when normal ground access is restricted or impractical. This is particularly useful when a house, fence, narrow side access, steep change in level or another obstruction prevents the pool from being moved into position from the ground.

The crane is only one part of the planning process. The pool's weight and dimensions, lifting radius, required height, crane position, ground conditions and surrounding obstacles all affect whether a particular lift is suitable.

For homeowners and pool builders, understanding these factors can make it easier to plan the installation and provide the right information when requesting crane hire.

Key Takeaways

A crane can place a swimming pool in a backyard where normal ground access is restricted , including some properties where the pool needs to be lifted over a house or other obstacle.
Pool weight alone does not determine the required crane. Lift radius, height, crane position, configuration and site conditions also affect crane selection.
Lifting radius is important because crane capacity changes with the operating configuration.
There is no single crane type for every pool installation. City, Franna, All-Terrain and other mobile cranes may be considered depending on the project.
Over-house pool lifts are site-specific. The crane, load, lifting path, ground conditions and surrounding structures need to be assessed before the lift.
Good information makes quoting easier. Pool weight and dimensions, site address, access details, lifting distance and clear site photographs are useful starting points.
Pool crane lifting requires proper planning and competent personnel. Ground conditions, powerlines, structures, suspended loads and other hazards need to be considered.

When Do You Need a Crane for Swimming Pool Installation?

A crane may be needed when a pool cannot be moved practically from its delivery point to the prepared installation area using normal ground access.

This is common on established Sydney properties where a house or other structures sit between the street and backyard. A backyard may be accessible to people but not to the equipment needed to move a large pool shell.

Common situations include:

A house sits between the street and backyard
Side access is too narrow for the pool shell
Fences or boundary walls block ground-level access
The backyard is significantly higher or lower than the access point
Trees or existing structures restrict the available path
The pool needs to be lowered directly into a prepared excavation

In these situations, a crane may allow the pool to travel above an obstruction rather than through it.

For example, if a fibreglass pool arrives by truck but cannot fit down the side of the property, a mobile crane may be positioned in a suitable location and used to lift the shell toward its installation point.

Whether this is practical depends on the individual property and lifting requirements.

What Determines Whether a Crane Can Lift Your Pool?

The appropriate crane is determined by the complete lifting requirement, not simply by the weight of the pool.

NSW guidance recommends considering factors such as site access, ground conditions, rated lifting capacity, crane position, overhead and underground services, boom configuration and environmental conditions when planning crane operations.

For a swimming pool installation, the main considerations include:

Pool weight is only one part of crane selection. T he complete lift needs to be assessed against the crane's specifications and operating configuration.

At BIGLIFT CRANES, we consider the load and site requirements together when determining a suitable crane for the job.

Why Does Lifting Radius Matter for a Pool Lift?

Lifting radius is the horizontal distance from the crane's centre of rotation to the load, and it is an important factor in determining the crane's available lifting capacity.

A crane does not have the same rated capacity at every radius. The applicable capacity depends on the crane's configuration and operating conditions. NSW guidance defines rated capacity in relation to a particular crane configuration, with load charts showing the maximum load for a specific radius and configuration.

For example, two swimming pools could have the same weight but require different crane arrangements. One might be placed relatively close to the crane, while another may need to travel over a house and reach a backyard farther away.

The second lift can create a greater working radius and may therefore require a different crane configuration or greater capacity.

Common misconception

A crane's advertised tonne rating does not mean it can lift that maximum weight at every distance.

The actual lifting requirements need to be checked against the appropriate crane specifications and load chart for the planned configuration.

This is why crane position should be considered before selecting equipment rather than choosing a crane based only on pool weight.

What Type of Crane Is Used for Pool Installation?

There is no single crane type that suits every swimming pool installation. The appropriate equipment depends on the pool, required radius and height, site access, available setup space, ground conditions and other project requirements.

Depending on the job, the equipment considered may include:

A city crane can b e useful where available setup space is limited. BIGLIFT uses city cranes for confined and built-up environments, including residential pool and spa placement.

However, restricted access alone does not automatically mean a city crane is suitable. A longer lifting radius, greater height or heavier load may require another crane configuration.

The crane should therefore be selected after the lifting requirements and site conditions have been assessed.

Can a Crane Lift a Swimming Pool Over a House?

Yes, some swimming pools can be lifted over a house when the crane, load and site conditions allow the lift to be properly planned.

An over-house lift can provide an alternative when there is no suitable path around the building. Instead of moving the pool through narrow side access, the crane lifts the shell above the obstruction and toward the prepared installation area.

The assessment may need to consider:

Pool weight and dimensions
Distance from the crane to the installation area
Required lift height
Boom configuration
Crane setup location
Trees and other structures
Overhead services
Ground conditions
Clearance along the lifting path

The important question is not simply whether a crane can reach over the house. It is whether the required load can be handled at the necessary radius and height from a suitable crane setup position.

That can only be determined from the actual pool and property details.

How Is a Swimming Pool Crane Lift Planned?

A pool crane lift is planned by matching the pool's load requirements with the physical conditions at the property before the lifting operation begins.

The main stages are:

1. Confirm the pool details

The manufacturer's supplied weight, dimensions and lifting information establish important details about the load.

2. Assess the property

The available access, potential crane position, installation area and surrounding structures are considered.

3. Determine the lifting requirements

The required radius, height and lifting path are assessed to establish the equipment requirements.

4. Select the crane and lifting arrangement

A suitable crane configuration and lifting arrangement can then be considered based on the complete lift.

5. Prepare the setup area

Ground conditions, available space and surrounding hazards need to be addressed before the crane operates.

6. Coordinate the installation

The crane operation needs to align with pool delivery and the installation team's work so the shell can be positioned at the prepared excavation.

The purpose of this process is to make sure the crane, load, lifting path and site conditions are considered together rather than separately.

What Information Should You Provide for a Pool Crane Quote?

Accurate pool specifications and clear site information give a crane company the details needed to assess the lifting requirements and prepare a more useful quote.

Useful information includes:

Pool details

Pool type
Manufacturer
Manufacturer-confirmed weight
Pool dimensions
Available lifting information

Property details

Site address
Pool excavation location
Possible crane setup area
Street and driveway access
Approximate distance between the crane and pool location

Site obstacles

Let the crane company know about anything that could affect the setup or lifting path, such as:

Houses
Garages
Fences
Trees
Powerlines
Other overhead structures

Clear photos of the street access, potential crane setup area, surrounding structures and pool installation area can also provide useful context.

You do not need to determine the crane size yourself.

The purpose of this information is to give the crane company enough detail to assess the lift and discuss suitable equipment.

How Do Site Access and Ground Conditions Affect a Pool Lift?

Site access and ground conditions affect where the crane can position itself and how the lifting operation can be carried out.

The crane needs more than a clear line to the backyard. It also needs a suitable operating area and access route.

Important considerations include:

Access and setup space. The crane needs a suitable route to its planned operating position and enough room for the required configuration.

Ground conditions. The supporting surface and underlying conditions need to be considered when planning the crane setup. NSW guidance states that cranes should be positioned on suitable ground and that ground conditions should be assessed before lifting.

Slopes. A sloping setup or travel area can introduce additional planning requirements, particularly for cranes carrying suspended loads.

Underground services. Services beneath the proposed setup area may need to be identified before positioning the crane or its supports.

Powerlines. Overhead electrical infrastructure can affect where and how crane operations are carried out.

Traffic and pedestrians. Some locations may require additional controls depending on where the crane and associated vehicles operate.

These factors help determine whether the proposed crane position and lifting arrangement are suitable.

How Is the Pool Shell Lifted and Positioned?

A pool shell is lifted using a lifting arrangement suited to its weight, dimensions, balance and designated lifting points or manufacturer requirements.

The exact arrangement depends on the pool.

NSW rigging guidance notes that load weight, shape, dimensions, balance, designated lifting points and environmental conditions can all affect sling selection and the method used to handle a load.

The pool manufacturer or supplier should provide relevant lifting information where required, including the confirmed weight and designated lifting points or instructions.

During the lift, the shell is controlled as it travels from its starting position to the prepared installation area. Once it reaches the excavation, it can be positioned so the pool installation team can continue its work.

Coordination between the crane crew, pool supplier and installer is important because the lifting operation needs to fit the installation sequence.

What Safety Factors Are Considered During a Pool Crane Lift?

Pool crane lifts require proper planning, competent personnel and suitable equipment because mobile crane operations can create risks to workers, property and people nearby.

SafeWork NSW identifies mobile crane risks including falling loads, crane contact with buildings or powerlines, and people being struck or crushed.

Depending on the project, planning may need to consider:

Crane capacity for the planned configuration
Ground and setup conditions
Buildings and other structures
Powerlines and overhead hazards
People around the lifting area
Weather and environmental conditions
Appropriate lifting equipment
Communication between workers involved in the lift

NSW guidance also identifies environmental conditions such as wind, storms and lightning as factors that can affect crane planning.

Safety should be considered as part of the lift planning process from the beginning, not as a final check on installation day.

How Much Does Pool Crane Hire Cost in Sydney?

Pool crane hire costs vary because each lift has different equipment, access, setup and time requirements.

Two properties can have the same pool but require different crane arrangements. A pool positioned at a short radius from an accessible setup area presents different requirements from the same pool being lifted over a house to a backyard farther away.

Factors that can affect the quote include:

A project-specific quote is more useful than estimating the cost from pool weight alone.

Providing the pool specifications and clear site photos at the start can also help the crane company understand the job more clearly.

Common Misconceptions About Pool Crane Hire

Pool weight, crane size and property access are often treated as simple yes-or-no questions, but actual crane selection depends on the complete lifting operation.

A heavier pool automatically needs the biggest crane

Not necessarily. Pool weight is important, but lift radius, height, crane position, configuration and site conditions also affect crane selection.

A crane's tonne rating is its capacity for every lift

No. The applicable lifting capacity depends on the crane's configuration and operating conditions. The relevant load chart needs to be checked for the planned lift.

No side access means a pool cannot be installed

Not necessarily. A crane may provide an alternative route by lifting the pool over an obstruction, subject to the actual site and lifting requirements.

Any crane can lift a pool over a house

No. Over-house lifting is site-specific and depends on the pool, required height and radius, crane position, lifting path and surrounding hazards.

The largest crane is always the best option

Not necessarily. The equipment should match the actual lifting requirements and site conditions rather than simply being the largest available crane.

Frequently Asked Questions

Can a crane lift a swimming pool into a backyard?

Yes. A crane can lift a pool shell into many backyards where ground access is restricted. Suitability depends on the pool, required lift and site conditions.

Can a crane lift a pool over a house?

Yes, some pool installations involve lifting the shell over a house. The required radius, height, crane position, load and site conditions need to be assessed first.

What size crane do I need for a swimming pool?

There is no standard crane size for every pool. The required equipment depends on the load, working radius, lift height, crane configuration, access and setup conditions.

How far can a crane lift a swimming pool?

There is no single distance that applies to every crane. Reach and available lifting capacity depend on the crane model, configuration, load weight, working radius and operating conditions.

Can a crane install a pool if there is no side access?

Potentially, yes. A crane may provide an alternative when a pool cannot travel through the side of a property, provided the required lift is feasible.

Can you lift fibreglass and precast pools?

Cranes can be used to position different types of pool shells where suitable lifting information and arrangements are available. The pool's weight, dimensions and manufacturer requirements should be confirmed before planning the lift.

Can a crane lift a spa?

Yes, cranes can also be used for spa placement where conventional ground-level delivery is not practical. BIGLIFT provides city crane services for residential pool and spa placement.

How long does a pool crane lift take?

There is no standard duration. The time required depends on the site, crane setup, lifting requirements and coordination with the pool delivery and installation teams.

How much does it cost to crane a pool into a backyard?

The cost depends on the crane required, hire duration, lift radius, site access, setup requirements and project complexity. A project-specific quote is the most reliable way to determine the cost.

Planning a Pool Installation in Sydney?

If your pool needs to go over a house, fence or another access restriction, you do not need to determine the crane size yourself.

S end us the pool weight and dimensions, site address, installation location and clear photos of the property and access area. We can review the lifting requirements and discuss a suitable crane hire option for the job.

BIGLIFT CRANES provides mobile crane hire across Sydney for residential and construction lifting projects, including pool and spa placement.

For homeowners and installers, our pool and spa crane hire in Sydney page explains the service and how to request a quote. Get in touch with BIGLIFT CRANES to request a quote for your pool lift.

Rough Terrain Crane vs. All Terrain Crane: What’s the Difference?

Tue, 25 Aug 2026 04:27:57 GMT

Rough terrain and all terrain cranes are both mobile cranes, but they are designed for different operating priorities.

A rough terrain crane is primarily designed for manoeuvrability and lifting around suitable worksites, while an all terrain crane combines worksite lifting capability with road mobility. Both are examples of cranes used on construction sites , but the right choice depends on the specific project requirements.

The right choice depends on the load, working radius, required height, access, ground conditions and crane configuration.

For a construction or industrial project, the distinction matters because the crane that looks suitable on paper may not be appropriate once the site, travel route and lifting requirements are considered.

Key Takeaways

Rough terrain cranes prioritise worksite manoeuvrability, particularly on suitable off-road sites.
All terrain cranes combine road mobility with worksite lifting capability, making them useful when a crane needs to travel between locations.
Neither crane type is automatically better. The right choice depends on the lift, site and required configuration.
Nominal lifting capacity is not the same as usable capacity. Working radius, boom configuration, counterweight, outriggers and operating conditions can affect rated capacity.
“All terrain” does not mean every type of ground is suitable, and “rough terrain” does not mean a crane can operate safely on any rough surface.
Road access depends on the specific crane, configuration, route and applicable requirements, rather than simply the crane category.

What Is a Rough Terrain Crane?

A rough terrain crane is a mobile crane designed for lifting and manoeuvring around construction and industrial worksites.

Rough terrain cranes commonly use all-wheel steering and all-wheel drive to improve manoeuvrability on uneven and off-road surfaces. Their compact design also makes them useful where the crane needs to move between lifting positions within a worksite.

Tadano describes its rough terrain cranes as compact machines designed for confined jobsites and uneven terrain.

Their main advantage is worksite mobility. They are a practical choice when a crane needs to move around a construction or industrial site rather than travel long distances between locations.

Typical applications can include:

Construction-site lifting
Industrial maintenance
Equipment placement
Structural work
Projects with suitable unsealed or uneven access
Sites where manoeuvrability is important

However, “rough terrain” does not mean the crane can safely operate on any ground surface. Ground strength, slope, weather, travel paths and setup conditions still need to be assessed before the crane is used.

Rough terrain cranes are available in a wide range of lifting capacities, so the crane's individual specifications and load chart should be considered rather than the crane category alone.

What Is an All Terrain Crane?

An all terrain crane is a mobile crane designed to combine road mobility with lifting capability on suitable worksites.

Its defining advantage is that it is designed to travel between locations and then perform lifting operations once it reaches the worksite.

Tadano describes its all terrain cranes as combining highway travel, tight cornering and off-road capability.

All terrain cranes commonly use multiple axles, advanced steering systems and suspension designed for road travel and site manoeuvring. Their exact design varies by model.

An all terrain crane is a practical choice when a project requires a crane to:

Travel between locations
Access construction sites
Perform lifting work that matches the crane's rated capacity and configuration
Work across different types of suitable terrain
Combine road mobility with worksite lifting capability

An all terrain crane should not simply be viewed as a “bigger rough terrain crane.” The two categories have different design priorities, and individual models vary in dimensions, capacity, boom length, axle arrangement and configuration.

It is also important to distinguish road mobility from automatic road access.

An all terrain crane may be designed for road travel, but whether a particular crane can use a particular NSW road depends on its mass, dimensions, configuration, applicable notices or permits and route requirements.

Current NHVR material includes specific NSW access arrangements for certain all terrain mobile cranes.

Rough Terrain Crane vs All Terrain Crane: Key Differences

The main difference is that rough terrain cranes are primarily designed for manoeuvability and lifting around suitable worksites, while all terrain cranes are designed to combine road mobility with worksite lifting capability

Which Is Better for a Project?

Neither crane type is automatically better. A rough terrain crane may be a better fit when worksite manoeuvrability is the priority, while an all terrain crane may be more appropriate when road travel and lifting capability need to be combined.

The final choi ce should be based on the specific lift, site conditions, access requirements and crane configuration.

How Crane Capacity, Working Radius and Boom Configuration Affect the Choice

A crane's advertised capacity is its maximum rated capacity under specified conditions. The actual lifting capacity changes with working radius, boom configuration and other operating factors.

For example, a crane described as a 40-tonne machine is not simply capable of lifting 40 tonnes from any position on the site. The relevant load chart determines the rated capacity for the specific configuration.

Key factors include:

Load weight: The load and applicable lifting equipment must be accounted for in the lifting plan.
Working radius: The distance between the crane and load affects available capacity.
Boom length : Changing boom length changes the crane's operating configuration.
Boom angle : Boom position affects the working range and rated capacity.
Counterweight: Its amount and arrangement can affect the crane configuration.
Outrigger configuration: Where outriggers are used, their position and support conditions form part of the lifting setup.
Ground conditions: The crane needs suitable support for the forces generated during the lift.

SafeWork NSW states that mobile crane operators must know how to read the crane's load chart to determine its rated capacity in each relevant configuration.

Australian Standard AS 2550.5:2016 , Cranes, hoists and winches — Safe use — Part 5: Mobile cranes, specifies requirements for the safe use of mobile cranes.

The practical takeaway is simple:

Choose the crane based on the required lift and configuration, not the advertised tonnage alone.

How Site Access and Ground Conditions Affect Crane Selection

Ground strength, slope, access, setup space and surrounding hazards can determine whether a crane can be safely positioned and operated.

Safe Work Australia's current ground-condition guidance specifically addresses mobile plant such as mobile cranes. It explains how to assess ground conditions, control ground-related risks and identify when expert advice may be needed.

Ground condition

The ground needs to provide suitable support for the crane during the planned operation. Soft, unstable or recently disturbed ground can create additional risks.

Wet weather can also change ground conditions, so the site may need to be reassessed after significant rainfall.

Slope

A slope can affect crane stability and, for some operations, available lifting capacity.

This becomes particularly important when a mobile crane is travelling with a suspended load.

Access

The crane must be able to physically reach and manoeuvre into the required work position.

Consider:

Entrance width
Turning space
Overhead clearance
Travel surfaces
Site congestion
Other plant and vehicles
The position of the lifting area

Setup space

The available space around the crane can affect whether the required lifting configuration is possible.

This is particularly important where outriggers need to be deployed or surrounding structures restrict the crane's working area.

Underground and overhead hazards

Underground services, excavations, nearby structures and overhead powerlines can affect where a crane can be positioned and operated.

The important distinction is:

A crane's terrain capability does not remove the need to assess the actual ground and site conditions.

“All terrain” does not mean “any terrain,” and “rough terrain” does not mean “any rough ground.”

Road Travel and Off-Road Mobility: What’s the Difference?

All terrain cranes are designed to combine road travel with lifting capability, while rough terrain cranes are primarily designed for movement around suitable worksites. However, being designed for road travel does not mean that every crane can use every road without meeting applicable requirements.

Tadano describes its all terrain cranes as being designed for highway travel, tight cornering and off-road capability.

In Australia, road access depends on the specific crane, vehicle configuration, mass, dimensions, route and applicable requirements. The National Heavy Vehicle Regulator (NHVR) manages heavy-vehicle access arrangements, including notices, permits and access conditions.

For example, the NHVR currently lists a New South Wales Class 1 4-Axle & 5-Axle All Terrain Mobile Crane Mass and Dimension Exemption Notice 2026 (No. 1).

This notice applies to specified vehicles and provides exemptions from certain mass and dimension requirements, subject to the conditions set out in the notice and its accompanying operator guide.

An all terrain crane may be designed for road mobility, but whether a particular crane can travel on a particular NSW route depends on its vehicle configuration, mass, dimensions, route and applicable road-access requirements.

The same principle applies to road movement involving a rough terrain crane. The specific vehicle and applicable access arrangements should be checked rather than relying only on the crane category.

Pick-and-Carry Operations: What You Need to Know

Pick-and-carry means a mobile crane travels while carrying a suspended load, and this operation has specific limitations based on the crane, load, ground and manufacturer's requirements.

SafeWork NSW warns about the risks associated with mobile cranes travelling with suspended loads, particularly across slopes. Such conditions can reduce lifting capacity and increase instability.

SafeWork NSW states that mobile cranes travelling with freely suspended loads should operate on firm, level ground to within a 1% gradient or 0.6°, unless the manufacturer's requirements allow otherwise.

It also advises inspecting ground conditions, planning the travel path and following manufacturer instructions, including any required derating.

Other factors can affect a pick-and-carry operation, including:

Load swing
Wind loading
Boom length
Travel speed
Side slopes
Ground condition
Tyre pressure
Load-handling equipment
Manufacturer limits

A useful terminology distinction is:

These terms should therefore not be treated as interchangeable.

How to Choose Between a Rough Terrain and All Terrain Crane

The best way to choose is to assess the lift first, then match the required crane capability to the site and operating conditions.

Step 1: Define the load

Determine the load's weight and dimensions.

The load weight establishes the lifting requirement, while its dimensions can affect handling and wind exposure.

Step 2: Establish the lifting geometry

Determine:

Pick-up location
Set-down location
Working radius
Required lifting height
Required boom reach

These details help determine the crane configuration needed for the lift.

Step 3: Assess the site

Check whether the crane can safely access and occupy the required position.

Consider:

Ground conditions
Slopes
Entry points
Turning space
Setup area
Overhead hazards
Underground services
Other site traffic

Step 4: Determine the required mobility

Ask whether the crane primarily needs to move around the worksite or also needs to travel between locations.

If worksite manoeuvrability is the main requirement, a rough terrain crane may be worth considering. If road mobility and lifting capability need to be combined, an all terrain crane may be worth considering.

Step 5: Confirm the crane configuration

Check the selected crane against the manufacturer's load chart and operating requirements.

The crane needs to perform the required lift at the required radius, height and configuration while accounting for actual site conditions.

The crane category should therefore be the result of the assessment, not the starting assumption.

Common Misconceptions About Rough Terrain and All Terrain Cranes

“All terrain means the crane can work anywhere.”

No. All terrain cranes are designed for road mobility and suitable off-road work, but actual ground conditions still need to be assessed. Ground strength, slope, weather and site conditions can affect whether a crane can be safely operated.

“Rough terrain cranes are only for small lifts.”

No. Rough terrain cranes are available in a wide range of lifting capacities. The appropriate crane should be selected based on its individual specifications, load chart and the requirements of the lift.

“All terrain cranes are automatically road legal.”

No. Road mobility and road access are different concepts. The particular crane, configuration, mass, dimensions, route and applicable notices or permits need to be considered.

“If the ground looks firm, it is suitable for a crane.”

Not necessarily. Ground conditions below the surface can affect crane support and stability, and conditions can change after weather events or site disturbance.

What Information Should You Provide When Hiring a Crane?

The most useful information describes the actual lift and site, rather than simply requesting a crane by tonnage.

You do not necessarily need to know the exact crane model before making an enquiry.

If you have the load information, site location, approximate lifting distance and access details, that is a much better starting point than choosing a crane based only on advertised tonnage.

Frequently Asked Questions

Are rough terrain cranes always smaller than all terrain cranes?

No. Both categories cover a range of crane sizes and lifting capacities. The specific crane model and its load chart matter more than the category alone.

Can an all terrain crane replace a rough terrain crane?

Not necessarily. An all terrain crane may provide the road mobility required for some projects, but the best choice still depends on site access, ground conditions, lifting requirements and the specific crane configuration.

Can a rough terrain crane be used on a construction site with uneven ground?

It can be designed for suitable uneven terrain, but the actual ground still needs to be assessed. “Rough terrain” describes the crane's design capability; it does not guarantee that a particular surface is safe for operation.

Does the crane need to be selected before the lift is planned?

No. The lift requirements should be established first. The load, radius, height, access, ground conditions and required configuration can then be used to identify a suitable crane.

Get the Right Crane for Your Sydney Project

If you're comparing a rough terrain crane with an all terrain crane, BIGLIFT CRANES can help assess the actual lifting requirements rather than choosing equipment based on tonnage alone.

The team provides mobile crane hire across Sydney and considers factors such as load, lift distance, site access, setup space, ground conditions and final placement when identifying suitable equipment.

When requesting a quote, provide as much information as you have about the load, lifting height, working radius, site access and required date.

What Is a Franna Crane? How Pick-and-Carry Cranes Work

Tue, 25 Aug 2026 02:35:28 GMT

A Franna crane is a type of pick-and-carry mobile crane designed to lift and move loads around a worksite.

Franna cranes use an articulated frame and do not require conventional outriggers, allowing them to manoeuvre and reposition loads without the same type of outrigger setup used by many other mobile cranes.

Franna® is a Terex brand, while “pick-and-carry crane” describes the broader type of crane.

For projects where a load needs to be lifted and repositioned around a site, this combination of lifting capability and mobility can be useful. However, the right crane still depends on the load, required reach, working conditions, access and other project requirements.

Key Takeaways

A Franna is a pick-and-carry mobile crane designed to lift and move loads around a suitable worksite.
Franna is a brand name , while pick-and-carry crane is the broader equipment category.
Its articulated frame provides manoeuvrability without conventional outriggers .
Pick-and-carry means the crane can lift and travel with a suspended load when the operation is within the manufacturer's requirements and site conditions allow it.
A Franna's maximum tonne rating is not its capacity for every lift . Radius, boom configuration, articulation and operating conditions can affect rated capacity.
Franna cranes are used for machinery relocation, construction, industrial work, equipment positioning and other mobile lifting applications .

What Makes a Franna a Pick-and-Carry Crane?

A Franna is a pick-and-carry crane because it is designed to lift a load and move it within a work area, rather than only lifting from a fixed position.

Terex describes Franna cranes as pick-and-carry cranes that combine lifting capability with steering flexibility and an articulated frame that does not require conventional outriggers.

The term Franna refers to Terex's pick-and-carry crane brand. In Australia, the name is closely associated with this type of crane, but “pick-and-carry crane” remains the broader equipment description.

The defining characteristics are:

What Does “Pick and Carry” Mean?

Pick and carry means a crane can pick up a load and travel with it to another position when the operation is permitted by the crane's specifications and site conditions. This is the feature that gives Franna cranes their distinctive role.

The concept is simple:

Pick up → travel → position → place

The important distinction is that the load is being moved with the crane , rather than the crane simply lifting from one fixed position.

However, pick-and-carry does not mean a Franna can travel anywhere with any load.

SafeWork NSW guidance on pick-and-carry operations advises that mobile cranes travelling with freely suspended loads should avoid slopes unless the load remains within the manufacturer's allowable rated lifting capacities.

The guidance also highlights the importance of assessing the travel path and ground conditions.

So the key point is:

Pick-and-carry is a crane operating function, not a guarantee that every load can be carried across every worksite.

How Does a Franna Crane Work?

A Franna combines an articulated chassis, telescopic boom and lifting system to lift, manoeuvre and position loads around a worksite.

The articulated chassis allows the crane to steer and manoeuvre through tighter areas. The telescopic boom provides lifting reach, while the lifting equipment connects the crane to the load.

Because Franna cranes use an articulated pick-and-carry design, they do not use conventional outriggers. Terex identifies the lack of outriggers as one of the features that allows Franna cranes to be set up quickly and manoeuvred in tight spaces.

Why does the articulated frame matter?

The articulated frame improves manoeuvrability, but articulation can also affect stability and rated capacity during operation.

Research from the University of Western Australia examined non-slewing articulated mobile cranes and identified factors including articulation angle, slope gradient, orientation angle and boom height in relation to crane stability.

The research is presented in a master's thesis on the static modelling and stability of non-slewing articulated mobile cranes.

This means the articulated design is both a mobility feature and an operating factor that needs to be considered when planning a lift.

Key parts of a Franna crane

What Are Franna Cranes Used For?

Franna cranes are used for lifting and repositioning loads where mobility around the worksite is important. Terex identifies applications across industries including construction, oil and gas, mining and infrastructure.

Common applications include:

Machinery relocation
Equipment positioning
Construction material handling
Steel erection
Industrial maintenance
Equipment installation
Pipe and component handling
Short-distance movement of loads around a worksite

For example, a contractor may need to move machinery from one part of a site to another before positioning it at its final location. A pick-and-carry crane can be useful when the job requires both lifting and movement , rather than one stationary lift.

The type of project alone does not determine whether a Franna is suitable. The more important factors are the load, movement required, access, radius and operating conditions .

What Are the Advantages of a Franna Crane?

The main advantages of a Franna are mobility, manoeuvrability, pick-and-carry capability and reduced conventional setup requirements.

Terex highlights steering flexibility, manoeuvrability in tight spaces and the absence of conventional outriggers as key characteristics of the Franna design.

Mobility

A Franna can be useful when a load needs to be repositioned between different locations within a work area.

Manoeuvrability

The articulated chassis allows the crane to manoeuvre where turning space may be limited.

Pick-and-carry capability

The crane combines lifting and movement, which can be useful when loads need to be repositioned rather than lifted once and left in place.

Reduced conventional setup

Because a Franna does not use conventional outriggers, it avoids the same type of outrigger deployment required by many other mobile crane configurations. Terex identifies the no-outrigger design as a feature that allows quick setup.

These characteristics explain why a Franna may be useful . They do not mean a Franna is automatically the best choice for every lifting job.

What Are the Limitations of a Franna Crane?

A Franna's mobility does not remove the need to consider load capacity, ground conditions, slopes, articulation, travel paths and other operating factors.

WorkSafe Victoria guidance on preventing pick-and-carry crane overturning identifies factors associated with overturning of articulated pick-and-carry cranes, including:

Unsuitable ground conditions
Slopes
Failure to derate lifting capacity
Excessive boom angle or extension
Uncontrolled load sway
Changes in direction or articulation
Excessive speed
Under-inflated tyres

This leads to an important distinction:

No conventional outriggers does not mean no stability considerations.

In some situations, another type of plant may be more appropriate. WorkSafe Victoria recommends considering alternative plant where doing so can eliminate or reduce risks associated with moving a load.

How Much Can a Franna Crane Lift?

A Franna's lifting capacity depends on its model and operating configuration, so its maximum tonne rating should not be treated as the capacity available for every lift.

Terex Franna product range currently lists the following Australian Franna models:

These are manufacturer specifications for the listed models. They are maximum capacities , not a statement that the crane can lift that amount at every radius or configuration.

For the AT22-2, Terex states that its Dynamic LMI calculates rated capacity in real time while accounting for factors including boom configuration, chassis articulation, pitch and roll .

Other factors relevant to the capacity available for a particular lift include:

Load weight
Working radius
Boom configuration
Articulation
Ground conditions
Slope
Load-handling equipment
Manufacturer's rated-capacity requirements

SafeWork NSW also explains that rated lifting capacity depends on factors including boom length and load radius and requires operators to work within the crane's rated capacities and operating information.

A simple example

A 20-tonne load does not automatically mean that a 20-tonne-rated Franna is suitable.

The required crane depends on where the load is picked up, where it needs to go, the working radius, lifting height, configuration and site conditions.

That is why crane selection should start with the lift , not just the crane's headline capacity.

Franna Crane vs Other Mobile Cranes

A Franna is primarily distinguished by its pick-and-carry capability, while other mobile crane types may be selected when different combinations of reach, capacity, setup or site access are more important.

This is a category-level comparison , not a specification sheet for every crane model. Individual cranes can differ significantly.

The simplest distinction is:

Franna: when mobile lifting and repositioning are central to the job.
All-terrain crane : when reach, capacity and terrain capability are more important.
City crane : when the project requires a crane suited to urban or restricted-site lifting.

When Is a Franna Crane the Right Choice?

A Franna may be suitable when a project requires lifting and repositioning within a worksite, and the load, radius, travel path and operating conditions fall within the crane's rated capacity and manufacturer's requirements.

A Franna may be worth considering when:

The load needs to move between locations on the site.
Repeated repositioning is required.
Manoeuvrability is important.
Conventional outrigger deployment would not suit the work area.
The required lift falls within the crane's rated capacity.
The travel path and ground conditions are appropriate for the planned operation.

A different crane may be more appropriate when the project requires substantially different reach, capacity, setup or operating characteristics.

How crane selection works

Crane selection starts with the job requirements and then matches those requirements to an appropriate crane.

A practical process is:

1. Define the load
Determine the load's weight and dimensions.

2. Define the lift
Establish the required lifting height, working radius and pickup and placement locations.

3. Assess the site
Consider access, working space, ground conditions, travel path and other site restrictions.

4. Match the equipment
Compare those requirements with the available crane's capacity, configuration and operating limitations.

This approach is more reliable than choosing a crane simply because its advertised capacity appears to match the load.

What Information Does a Crane Hire Company Need?

A crane hire company needs information about the load, lift and site so it can assess which crane is appropriate.

The most useful details are:

Photos, the site address and a description of the lifting task can also make an initial assessment more useful.

SafeWork NSW advises that people hiring or using mobile cranes should ensure the appropriate operator licences, crane documentation and load charts are available and that the equipment and operators are suitable for the work.

In NSW, non-slewing mobile cranes over 3 tonnes capacity fall under the CN high-risk work licence class . SafeWork NSW identifies articulated mobile cranes within this non-slewing mobile crane category.

The exact licensing and compliance requirements depend on the equipment and work being performed, so current NSW requirements should be checked rather than relying on a general article.

Frequently Asked Questions

Is a Franna crane the same as a pick-and-carry crane?

Franna is a Terex brand of pick-and-carry cranes, while “pick-and-carry crane” is the broader equipment category.

Can a Franna crane move with a suspended load?

Yes, moving with a suspended load is a defining pick-and-carry capability, provided the operation remains within the manufacturer's requirements and site conditions allow it.

SafeWork NSW specifically highlights the effects of slopes, ground conditions and travel paths during pick-and-carry operations.

Does a Franna crane need outriggers?

No. Franna's articulated design does not require conventional outriggers. This is one of the characteristics that distinguishes it from many other mobile crane configurations.

How much can a Franna crane lift?

It depends on the model and operating conditions. Terex's current Australian range includes the 22-tonne AT22-2, 25-tonne MAC25-5 and 40-tonne AT40-2, but actual rated capacity depends on the crane's configuration and operating conditions.

What are Franna cranes used for?

They are used for suitable lifting and repositioning work across construction, infrastructure, industrial, mining and other applications.

Can a Franna work on a slope?

Only when the crane's manufacturer requirements and rated capacity allow the operation. Slopes can reduce lifting capacity and affect stability, so they must be considered as part of the lift assessment.

What is the difference between a Franna and an all-terrain crane?

A Franna is designed around pick-and-carry lifting and manoeuvrability, while an all-terrain crane is generally selected for different combinations of reach, capacity, access and terrain capability. The appropriate choice depends on the project.

How do I know whether I need a Franna crane?

Start with the load, required height and radius, site access, ground conditions and whether the load needs to be repositioned while suspended. Those details can then be assessed against the available crane options.

Franna Crane Hire in Sydney

If you need a Franna for a Sydney project, BIGLIFT CRANES lists a 20T Franna as part of its mobile crane fleet.

A Franna can be considered for suitable pick-and-carry work where mobility around the worksite is an important part of the lifting requirement.

The right crane still depends on the individual job. When you contact us, provide the load details, required lifting height and radius, site address, access information and relevant site conditions. We can then assess the requirements against the available crane options.

What Should I Look for When Hiring a Mobile Crane in Sydney?

Thu, 13 Aug 2026 07:26:24 GMT

When hiring a mobile crane in Sydney, look beyond the crane's lifting capacity and hourly rate. Check whether the crane suits your load and lifting requirements, whether your site can safely accommodate it, whether the operator is appropriately licensed and competent, and what is included in the quote.

The right crane for one project may not be right for another. Load weight, working radius, lift height, crane configuration, site access and ground conditions all affect which crane is suitable.

Key Takeaways

Choose a crane based o n the complete lifting requirements, not load weight alone.
Working radius and lift height can affect the crane's available capacity and required configuration.
Check site access, setup space, ground conditions and hazards before booking.
Confirm the operator has the appropriate NSW high-risk work licence and competency.
Ask about crane maintenance, inspection and equipment condition.
Make sure the lift is properly planned and any local approvals are understood.
Compare the full scope of the quote, not just the hourly rate.
Give the crane company accurate load and site information when requesting a quote.

What Should You Check Before Hiring a Mobile Crane?

Before booking, gather the key information ab out the load, lift, site, hazards, operator and quote. Having these details ready helps the crane supplier assess the job and recommend suitable equipment.

The more accurate the information, the easier it is to determine whether the proposed crane and setup are suitable for the job.

1. Make Sure the Crane Suits the Load

The crane needs eno ugh capacity for the load at the required operating configuration, not simply a rated capacity higher than the load weight.

Load weight is only one part of crane selection. The crane company also needs to consider the working radius, required lift height and how the crane will be configured for the lift.

What Is Crane Configuration?

Crane configuration refers to how the crane is set up for a particular lift, including factors such as boom arrangement, outrigger or support configuration and other manufacturer-specified settings.

These conditions are used with the relevant load chart to determine the crane's available lifting capacity for the planned lift.

When requesting a quote, provide:

Load weight
Load dimensions
Lifting points, where known
Pick-up location
Final placement location
Required lifting height
Approximate working radius

Why Does Working Radius Matter?

Working radius is the horizontal distance between the crane's centre of rotation and the load.

As the working radius increases, the crane's available lifting capacity can change. This means a crane's maximum rated capacity does not apply to every lift or operating configuration.

The relevant load chart should therefore be checked for the actual conditions of the lift.

Consider Lift Height

Lift height is how high the load needs to be positioned.

The crane company may need to consider:

Required hook height
Boom length
Working radius
Surrounding structures
Load path
Crane configuration

The appropriate crane should have sufficient capacity and reach for the actual lifting conditions, based on the manufacturer's specifications and load chart.

2. Check Site Access and Crane Setup Requirements

A crane can have sufficient lifting capacity and still be unsuitable if it cannot safely reach or set up at your site.

Before booking, check:

Road and driveway access
Entry and exit points
Width and height restrictions
Available setup space
Outrigger requirements
Nearby buildings and structures
Overhead clearance
Ground conditions

The site needs to be prepared for the crane's required configuration without creating risks to structures, underground assets, workers or other people.

This is particularly relevant on Sydney projects where residential streets, commercial properties and built-up areas can leave limited room for crane positioning.

Ground Conditions and Crane Stability

Ground conditions affect whether a mobile crane can be safely positioned and operated at the planned location.

Soft, unstable or unsuitable ground can affect stability, particularly when the crane is positioned and its outriggers are deployed.

Where ground capacity or stability is uncertain, the appropriate competent person or engineer may need to assess the conditions.

Check for Powerlines, Structures and Underground Services

Overhead powerlines, nearby structures and underground services should be identified before the crane arrives because they can affect crane positioning and the lifting path.

Relevant hazards include:

Overhead powerlines
Buildings and structures
Scaffolding
Trees and other obstructions
Underground utilities
Other plant and vehicles
Pedestrian areas
Public roads and footpaths

In SafeWork NSW's 2022 mobile-crane inspection program , 100% of inspected sites identified and considered underground services, while 97% had adequate controls for overhead powerlines. These figures relate specifically to that inspection program and are not current industry-wide percentages.

If underground services may be present, make sure the appropriate service-location information is obtained before the crane is positioned.

3. Check the Crane Operator's Licence and Experience

The crane operator should hold the appropriate high-risk work licence for the class of crane work being performed and have the competency needed for the operation.

NSW's Work Health and Safety Regulation 2025 requires people performing relevant classes of high-risk work to hold the appropriate high-risk work licence, subject to the regulation's requirements and exceptions.

When choosing a crane hire company, ask:

Is the operator appropriately licensed?
Does the operator have experience with the crane being supplied?
Has the operator worked on similar types of sites?
How will the operator coordinate with the site team?

Experience is valuable because lifting conditions vary between projects. It should complement the required licence and competency rather than replace them.

SafeWork NSW's 2022 inspection program found that 99% of operators checked had the required licence.

This was a finding from that specific inspection program, not a current percentage for all NSW crane operators.

CICA's CrewSafe program provides machine-specific, peer-assessed competency assessment with documented evidence for the Australian crane industry.

4. Ask About Crane Condition, Maintenance and Inspection

Th e crane should be properly maintained and inspected in accordance with applicable requirements, manufacturer recommendations and the crane's maintenance program.

Depending on the arrangement, different duty holders may have responsibilities for the crane's inspection and maintenance. These can include the crane owner, the person with management or control of the crane, maintenance personnel and others involved in the work.

When choosing a crane hire company, you can ask about:

Maintenance history
Inspection records
Pre-start checks
Crane registration, where applicable
Logbooks and other required documentation
Overall equipment condition

CICA's CraneSafe program is an industry-based assessment program that uses independent inspections and ongoing condition monitoring.

The goal is not to turn a routine hire into a full equipment audit. You simply want confidence that the crane is properly maintained, inspected and suitable for the intended work.

5. Ask How the Lift Will Be Planned

The lift should be planned around the crane position, load path, site hazards, people involved and operating conditions before work begins.

The operator and crew should work together to plan the lift, while the person responsible for the workplace must coordinate the lifting operation with the crane crew and other parties involved.

Depending on the project, planning may cover:

CICA provides Simple Lift Plan and Detailed Lift Plan resources for the crane industry.

The level of planning should match the risks and complexity of the job. A straightforward lift on a prepared private site may have different requirements from a complex lift in a busy urban area.

SafeWork NSW's 2022 inspection program found that 100% of inspected sites considered hazards within the load path and 99% had evidence of adequate consultation regarding job planning.

6. Understand What Is Included in the Crane Hire Quote

The lowest hourly rate is not necessarily the lowest overall cost. Compare the complete scope of each quote rather than the advertised rate alone.

Before accepting a quote, clarify:

The final cost can depend on the crane required, site access, hire duration, project complexity and additional lifting requirements.

For a detailed breakdown of pricing factors, see our guide to mobile crane hire costs in Sydney .

7. Check Whether Your Sydney Project Needs Traffic Management or Approvals

If crane operations affe ct a public road, footpath or cycleway, check th e requirements of the relevant local authority before the lift.

For example, the City of Sydney requires approval for hoisting above a public road, footpath or cycleway, including mobile hoisting devices.

The City currently asks for at least 2 days' notice for mobile hoisting device applications, excluding weekends and public holidays.

Requirements may also apply if the work involves:

A road closure
Lane restrictions
Pedestrian access
Traffic control
Crane setup on a public road

Do not assume that the same approval process applies across every Sydney council. Requirements depend on the location and the authority responsible for the affected public space.

If your lift involves public-road operations, discuss the requirements with the crane provider and relevant council early.

8. What Information Should You Have Ready When Requesting a Crane Quote?

To get an accurate crane recommendation and quote, provide the load details, lifting requirements, site information and preferred date.

Have these ready:

Load: type, weight and dimensions
Lift: pick-up point, placement point, height and approximate working radius
Site: address, access, setup area and site photos
Hazards: powerlines, structures or other known obstacles
Schedule: preferred lifting date and hire duration

If you're unsure about the required crane size or wo rking radius, don't guess. Provide the available load and site information so the crane team can assess the lifting requirements and confirm what equipment is appropriate.

Frequently Asked Questions

How do I know what size mobile crane I need?

Choose the crane b ased on the load, working radius, lift height, crane configuration and site conditions, not load weight alone. The relevant load chart should be used to determine capacity for the actual operating conditions.

What is working radius on a mobile crane?

Working radius is the horizontal distance between the crane's operating position and the load. It matters because the crane's available lifting capacity can change as the radius changes.

What information does a crane hire company need?

Prov ide the load weight and dimensions, lifting height, working radius, pick-up and placement locations, site access, setup information, photos and preferred date.

Does a mobile crane operator need a licence in NSW?

Yes. People performing relevant classes of high-risk work must hold the appropriate high-risk work licence under the NSW Work Health and Safety Regulation 2025, subject to its requirements and exceptions.

What should I check in a crane hire quote?

Check the crane, operator, hire period, mobilisation, rigging, additional crew, traffic management, approvals and additional charges. Compare the total scope rather than the hourly rate alone.

Can a mobile crane operate on a Sydney public road?

It may be possible, but additional requirements can apply. The City of Sydney requires approval for hoisting above a public road, footpath or cycleway within its area. Other Sydney councils may have different requirements.

What site conditions should I tell the crane company about?

Te ll the crane company about access, setup space, ground conditions, powerlines, underground services, nearby structures, other plant and restrictions affecting the lifting path.

Need Help Choosing the Right Mobile Crane in Sydney?

If you kno w what needs to be lifted but are not sure which crane is suitable, send us the project details and we can assess the lifting requirements with you. Get a mobile crane hire quote from BIGLIFT CRANES .

What Types of Cranes Are Available for Hire in Sydney?

Thu, 13 Aug 2026 06:25:52 GMT

Several types of mobile cranes are available for hire in Sydney, including Franna, rough-terrain, all-terrain and city/mobile slewing cranes. Each type is designed for different lifting conditions, so the right choice depends on the load, required reach, site access, ground conditions and available setup space.

The key is not simply choosing the crane with the highest capacity. The crane needs to be suitable for how the load will be lifted, moved and placed.

Key Takeaways

Franna cranes are non-slewing pick-and- carry cranes that are useful when on-site mobility is important.
Rough-terrain cranes are designed for con struction and off-road worksites where manoeuvrability over challenging terrain matters.
All-terrain cranes combine road mobility with substantial lifting capability for many construction, commercial and industrial applications.
City or mobile slewing cranes can b e useful on urban Sydney sites where access and limited working space affect crane positioning.
The right crane depends on more than load weight. Working radius, lifting height, site access, ground conditions, setup space and obstacles also affect crane selection.

What Types of Cranes Can You Hire in Sydney?

The main mobile crane types available for Sydney projects ar e Franna, rough-terrain, all-terrain and city/mobile slewing cranes.

The main differences are how each crane moves, how it sets up, how it lifts and the type of site it is designed to operate on.

The terminology can vary between manufacturers and crane hire companies, so the crane's actual specifications and operating capabilities matter more than the name alone.

Franna Cranes

A Franna crane is a non-slewing mobile crane designed for pick-and-carry lifting, allowing suitable loads to be moved around a worksite while supported by the crane.

Its main advantage is mobility. Instead of setting up a conventional slewing crane for every movement, a pick-and-carry crane can move with a suspended load when the operation is within the manufacturer's permitted conditions.

Franna cranes can be useful for:

Moving materials around construction sites
Positioning structural components
Machinery and equipment movement
Short-distance lifting and relocation
Projects where on-site mobility is important

Pick-and-carry operations have specific limitations. Surface conditions, slope, load, travel path and crane configuration can all affect the operation.

SafeWork NSW advises that mobile cranes carrying suspended loads should generally operate on firm, level ground and within the manufacturer's rated limits. Slopes can reduce lifting capacity and affect stability.

Rough-Terrain Cranes

A rough-terrain crane is a mobile crane designed primarily for construction and other worksites where off-road mobility and manoeuvrability over challenging terrain are important.

These cranes are generally associated with worksite use rather than long-distance road travel. Their design can make them useful where a crane needs to move around a construction site with limited or uneven access.

Typical applications include:

Construction sites
Equipment placement
Building and infrastructure work
Sites with restricted access
Projects where worksite manoeuvrability is important

Rough-Terrain vs All-Terrain Cranes

The main difference is that rough-terrain cranes are primarily designed around worksite mobility, while all-terrain cranes combine road mobility with lifting capability.

The exact capabilities vary by crane model, so the manufacturer's specifications should be checked before equipment is selected.

All-Terrain Cranes

An all-terrain crane combines road-going mobility with substantial lifting capability, making it suitable for many commercial, industrial and construction projects.

An all-terrain crane can be considered when a crane needs to travel to a site and then perform a significant lift after being positioned.

Common applications include:

Structural steel installation
Commercial construction
Industrial equipment placement
HVAC and rooftop equipment
Machinery relocation
Civil and infrastructure work

Two projects may both require an all-terrain crane but need different capacities because their load weights, working radii or lifting heights are different.

For larger lifts, the crane's load chart and configuration need to be considered rather than relying on its advertised maximum capacity.

City Cranes and Mobile Slewing Cranes

City cranes and other compact mobile slewing cranes can be useful for urban lifting where access, surrounding structures and limited working space affect crane positioning.

Sydney projects can involve narrow streets, established buildings, busy work areas, restricted entrances and limited locations for crane setup. These conditions can influence which crane can reach the site and where it can be positioned.

Typical applications include:

Structural steel installation
Rooftop equipment
Machinery placement
Precast concrete
Pool and spa placement
Construction materials
Commercial and residential lifting

The important consideration is not simply the crane's size. It is whether the machine can be positioned effectively within the available urban space while still meeting the requirements of the lift.

How Do You Choose the Right Crane for a Project?

Choose a crane by assessing the complete lifting requirement, not the load weight alone.

Load Weight and Dimensions

The load weight establishes the basic capacity requirement, while its dimensions can affect how it needs to be positioned and lifted.

A large, awkward item may require different clearance and positioning from a compact item with the same weight.

The lifting equipment also forms part of the suspended load. Slings, chains, hooks, spreader beams and other load-handling equipment add weight that needs to be considered when determining the total load being lifted.

SafeWork NSW specifically includes load-handling equipment when describing the total freely suspended load for pick-and-carry operations.

Lift Height

The required lifting height affects the boom and reach needed for the job. Boom length and lifting capacity are closely related when determining whether a crane is suitable for a particular lift.

Working Radius

Working radius is the distance between the crane's lifting position and the load, and it can affect the crane's available lifting capacity.

For example, a 5-tonne load may be straightforward to lift when the crane can position close to it, but the same 5-tonne load may require different equipment if it has to be lifted much farther away or to a greater height. The load has not changed, but the lifting conditions have.

Site Access

The crane must be able to physically reach and position itself at the planned operating location.

Important access considerations include:

Site entrances
Driveway widths
Road access
Turning space
Available setup areas
Nearby structures

Ground Conditions

The ground needs to be suitable for the planned crane operation and setup.

Soft ground, slopes and other ground conditions can affect crane stability and setup requirements. Additional engineering or ground preparation may be necessary in some situations.

Setup Space

The available space around the crane affects positioning and, for cranes using outriggers, the area required for setup.

Obstacles

Buildings, scaffolding, trees, powerlines and other structures can affect the crane's position and the path of the load.

These factors should be considered before the crane arrives, especially on restricted Sydney sites.

Why Crane Capacity and Lifting Radius Both Matter

A crane's advertised capacity is not the amount it can safely lift at every radius, height or configuration.

A crane's load chart specifies how its rated capacity changes according to factors such as configuration and working radius. SafeWork NSW advises operators to understand and apply the crane's load chart in consideration of the crane configuration, lift task and site constraints.

Common Misconception: “A 40-Tonne Crane Can Lift 40 Tonnes Anywhere”

That is not how crane capacity works.

For example, Liebherr lists the LTM 1030-2.1 with a maximum load capacity of 35 tonnes at a 3-metre radius. The same model has a telescopic boom extending to 30 metres, illustrating that maximum capacity, boom length and operating radius are different specifications.

For a crane quote, it is therefore more useful to provide:

Load weight
Load dimensions
Required lifting height
Approximate lifting radius
Site location
Access information

rather than simply asking for a crane of a particular tonnage.

What Site Conditions Affect Crane Selection in Sydney?

Sydney site conditions can affect which crane can be safely positioned and operated, particularly on restricted urban sites.

Narrow or Restricted Access

A crane may need to enter through a narrow driveway, residential street, construction entrance or industrial accessway.

The crane's overall dimensions and ability to manoeuvre into position therefore matter.

Limited Setup Space

An urban site may have little room for crane positioning, outriggers, delivery vehicles or movement of the load.

The available working area should be considered when determining which equipment can be used.

Ground Conditions

Ground conditions can affect crane stability and setup.

Soft or uneven ground may require additional measures, such as suitable packing, mats or plates, depending on the crane and site conditions.

SafeWork NSW also identifies stable standing and appropriate support as important considerations for mobile crane operations.

Underground Services

What is underneath the crane setup area can matter as much as what is visible above ground.

Underground utilities, voids or other services can affect where a crane can be positioned, particularly where significant loads are transferred through outriggers or other supports. SafeWork NSW recommends considering underground services when determining crane position.

Weather and Wind

Wind can affect both the crane and the load, especially when lifting large or bulky items with a large surface area.

SafeWork NSW recommends checking weather conditions, including high winds, poor visibility, lightning and thunderstorms, before mobile crane operations.

Overhead Powerlines and Structures

Powerlines, buildings, scaffolding and other structures can create clearance issues during a lift.

These hazards need to be identified during planning so that the crane, boom, load and other equipment can operate within the required safe conditions.

What Types of Projects Use Mobile Cranes in Sydney?

Mobile cranes are used when heavy or awkward loads need to be lifted into positions that standard site equipment cannot easily reach.

Structural Steel

Steel beams and other structural components can require significant lifting capacity and reach, particularly when they need to be positioned above existing structures.

Rooftop Equipment

HVAC units and other mechanical equipment may need to be lifted from street level onto a roof. The required height and horizontal distance can be just as important as the equipment's weight.

Machinery

Factories and warehouses may require cranes to position or replace machinery where forklifts and other equipment cannot reach the intended location.

Pools and Spas

Residential pool and spa installations can involve lifting over fences, buildings or other obstacles. Access and final placement are often key considerations.

Precast and Construction Materials

Precast components and other heavy materials may need to be positioned accurately within an active construction site.

The project type provides a starting point, but the actual lift requirements determine the suitable crane .

Crane Hire and Safety Requirements in NSW

Crane operations in NSW are subject to high-risk work licensing, plant registration and work health and safety requirements.

Crane operators must hold the appropriate high-risk work licence for the type of crane they operate. Mobile cranes may also need to be registered as plant depending on their rated capacity and the applicable NSW requirements.

For a planned lift, relevant documentation and information may include:

Crane registration, where required
Appropriate operator licence
Operating manual
Crane-specific load chart
Maintenance and inspection records
Site conditions
Lift planning information
Required safe work documentation

The exact requirements depend on the crane, lifting operation and site conditions, so current NSW requirements should be checked before a lift is arranged.

How to Choose a Crane Hire Company in Sydney

Choose a crane hire company that can assess the complete lifting requirement rather than selecting equipment based only on load weight.

Before booking, ask whether the provider can:

Explain which crane options may suit the lift
Provide an appropriately licensed operator
Discuss access and setup requirements
Confirm relevant equipment documentation
Consider the required lifting radius and height
Identify important site conditions
Explain what information is needed for the quote

For complex lifts, the provider may also need site photographs, plans, load information or a site inspection before confirming suitable equipment.

Frequently Asked Questions

What Types of Cranes Can I Hire in Sydney?

The main mobile crane options include Franna, rough-terrain, all-terrain and city/mobile slewing cranes. The suitable type depends on the lifting requirements and site conditions .

What Is the Difference Between a Franna and a Mobile Crane?

A Franna is a type of mobile crane. It is a non-slewing pick-and-carry crane, while other mobile cranes may be slewing cranes with different operating characteristics.

What Is a Rough-Terrain Crane Used For?

A rough-terrain crane is commonly used on construction and other worksites where off-road manoeuvrability is important.

What Is an All-Terrain Crane Used For?

An all-terrain crane combines road mobility with lifting capability and can be used across construction, commercial and industrial projects.

How Do I Know What Crane Capacity I Need?

The required capacity depends on the load, working radius, lifting height and crane configuration. Site access and ground conditions also need to be considered.

Does Lifting Distance Affect the Crane I Need?

Yes. Greater working radius can reduce the crane's available rated capacity. The load chart for the specific crane and configuration needs to be considered.

Can Mobile Cranes Operate on Residential Sites?

Yes, mobile cranes can be used for suitable residential lifting projects. The crane, access, ground conditions, setup area and surrounding environment need to be suitable for the planned lift.

Does Crane Hire Include an Operator?

It depends on the hire arrangement. Wet hire generally includes the cra ne and operator, while other arrangements may differ.

Do Mobile Cranes Need to Be Registered in NSW?

Mobile cranes with a safe working load of more than 10 tonnes must be registered as plant in NSW.

How Much Does Crane Hire in Sydney Cost?

Crane hire costs depend on the crane required, hire duration, lifting requirements, access and site conditions. For a detailed breakdown, see the guide to mobile crane hire costs in Sydney.

Need Help Choosing the Right Crane for Your Sydney Project?

The right crane depends on the complete lift, including the load, required height and reach, site access, setup area and working conditions.

If you are planning a lift in Sydney and are unsure which crane is suitable, BIGLIFT CRANES can review your project details and help identify an appropriate crane option.

Request a free crane hire quote with the site location, load type, approximate weight and dimensions, required height or reach, and any access information you already have.

How Much Does Mobile Crane Hire Cost in Sydney?

Tue, 14 Jul 2026 01:55:04 GMT

If you're planning a construction project, installing a swimming pool, moving heavy machinery, or lifting equipment onto a roof, one of the first questions you'll probably have is: how much does mobile crane hire cost in Sydney?

As a general market guide, mobile crane hire in Sydney can start from around $170 to $250 per hour for smaller cranes and exceed $1,000 per hour for larger all-terrain or heavy-duty cranes.

Daily hire can range from around $1,200 to $3,500 or more, while larger or more complex projects can cost more depending on the crane, lifting requirements, site conditions, and hire duration.

These figures are indicative only. Most crane hire projects are quoted individually because the final cost depends on the specific requirements of the lift.

Key Takeaways

Mobile crane hire in Sydney can range from around $170 per hour for smaller cranes to $1,000+ per hour for larger cranes.
Daily hire can range from around $1,200 to $3,500+, depending on crane type and project requirements.
Crane type, load weight, lifting radius, site access, hire duration, and additional equipment can all affect the final cost.
A heavier load does not always require a more expensive lift. Lifting distance and site conditions can also affect crane selection.
Providing clear project details and site photos can help a crane company recommend suitable equipment and prepare a more accurate quote.

Want an exact price for your lift?

Every job is different, so the fastest way to get a real number is a quote based on your load, reach and site access. Get a free quote or call 1300 024 454 .

Typical Mobile Crane Hire Rates and Costs in Sydney

The following figures provide a general market guide for mobile crane hire in Sydney. Actual prices vary depending on the project and the requirements of the lift.

These are indicative market ranges, not fixed BIGLIFT CRANES prices. The final cost can depend on the crane capacity, lifting distance, site access, travel requirements, hire duration, and any additional services or equipment required.

For an accurate price, you'll need to provide details about your project so the appropriate crane and equipment can be determined.

What Affects Mobile Crane Hire Costs?

Several factors can affect the final cost of mobile crane hire in Sydney.

1. The Type and Size of the Crane

The type and size of crane required is one of the biggest factors affecting the cost of a lift.

Smaller cranes may be suitable for residential projects and lighter loads, while larger mobile and all-terrain cranes may be required for structural steel, heavy machinery, precast concrete, rooftop equipment, and commercial construction.

Larger cranes can cost more because they may require additional transport, setup, counterweights, equipment, and lift planning. For heavy lifting projects , see our service page for the load and site details we need to assess the lift.

However, choosing the largest crane available is not necessarily the most cost-effective option. The right crane should match the load, lifting radius, access conditions, and other requirements of the job.

2. Load Weight

Many people assume that the weight of the load is the biggest factor when hiring a crane . While load weight is important, it is only one part of the equation.

A heavier load may require a crane with greater lifting capacity, but load weight is not the only consideration. The crane must also be able to safely handle the load at the required lifting distance.

For example, a crane may be able to lift a particular load when positioned close to it but require greater capacity if the same load needs to be lifted from a greater distance.

3. Lifting Radius

The lifting radius is the horizontal distance between the crane and the location where the load needs to be placed.

As the lifting radius increases, the crane's available lifting capacity decreases. This means a larger crane may be required even when the load itself is relatively light.

For example, lifting an air conditioning unit onto the front of a single-storey building may require a smaller crane than lifting the same unit over a two-storey home and into a narrow backyard.

Providing the pickup location, placement location, and approximate lifting distance can help the crane company determine the appropriate equipment.

4. Site Access and Ground Conditions

Site access can have a significant impact on both crane selection and the overall cost of a lift.

Common access challenges include:

Narrow driveways
Tight backyards
Uneven or soft ground
Overhead power lines
Low-hanging trees
Busy roads
Nearby buildings
Limited crane setup space

Restricted access may prevent a crane from being positioned close to the lifting area. This can increase the lifting radius and potentially require a larger crane.

Ground conditions also need to be considered when determining where and how the crane can be positioned.

Providing site photos early can help identify potential access issues before the job is scheduled.

5. How Long You Need the Crane

How long you need the crane can also affect the final quote.

Some residential lifts can be completed relatively quickly, while commercial construction projects may require a crane for a full day or several days.

Depending on the crane hire company and project, the hire period may include:

Travel time
Crane setup
Lifting time
Packing up
Return travel
Waiting time

Minimum hire periods may also apply. Waiting time can become an additional cost if materials have not arrived, access is blocked, or other trades are still working in the lifting area.

Having the site prepared before the crane arrives can help minimise delays and unnecessary downtime.

6. Additional Equipment and Personnel

Not every crane lift requires the same equipment or level of support.

Depending on the project, additional requirements may include:

Dogmen or riggers
Traffic controllers
Spreader bars
Lifting frames
Specialised lifting attachments
Council permits
Road occupancy approvals

For example, lifting structural steel on a busy construction site may require more planning, personnel, traffic management, and equipment than placing a spa in a residential backyard.

These requirements can affect the overall cost of the project.

How to Get an Accurate Mobile Crane Hire Quote in Sydney

Because mobile crane hire costs depend on the requirements of each lift, most projects are priced individually rather than using one fixed rate.

The easiest way to get an accurate quote is to provide the crane hire company with clear information about your project, site, and lifting requirements.

1. Provide Your Project Details

When requesting a quote, provide as much information as possible, including:

Project address
What needs to be lifted
Approximate load weight
Load dimensions, if known
Pickup location
Placement location
Approximate lifting distance or radius
Preferred hire date and duration
Site access conditions
Any known obstacles or restrictions
Photos of the site and lifting area

You do not need to know which crane you need. The crane company can use these details to assess the lift and recommend suitable equipment.

2. Send Site Photos

Site photos can help the crane company understand the lifting conditions before preparing a quote.

Useful photos can show:

Street access
Driveways
Crane setup area
Lifting area
Surrounding buildings
Trees and other obstacles
Overhead power lines

For more complex projects, a site inspection may also be required to assess access, ground conditions, crane positioning, and other lifting requirements.

3. Ask What Is Included in the Quote

When comparing crane hire quotes, check exactly what is included.

Depending on the project, a quote may include or separately charge for:

Crane and operator
Travel or transport
Setup and pack-up
Additional crew
Dogmen or riggers
Rigging equipment
Traffic control
Permits
Specialised lifting equipment

Understanding what is included helps you compare quotes based on the total project cost rather than the hourly crane rate alone.

4. Contact the Crane Hire Company

Once you have your project details ready, you can contact the crane hire company by phone or through its online enquiry or quote form.

For straightforward lifts, the information you provide may be enough for an initial quote. More complex projects may require additional information, a site assessment, or further lift planning before the price can be confirmed.

Providing complete information from the beginning can reduce back-and-forth and help the crane company recommend the right equipment for the job.

How to Avoid Unnecessary Crane Hire Costs

The cheapest crane is not always the cheapest solution.

Choosing equipment that is too small can result in delays, additional mobilisation costs, or the need to reschedule the lift. Selecting suitable equipment from the beginning can help the project run more efficiently.

Choose the Right Crane

The right crane should match the load, lifting radius, site access, and ground conditions.

Using unsuitable equipment can lead to delays or additional costs, so it's important to assess the lifting requirements before booking.

Prepare the Site Before the Crane Arrives

Make sure the access route, crane setup area, and lifting zone are ready before the scheduled arrival.

Materials should also be ready to lift, and other trades should be clear of the work area wherever possible.

This can help reduce waiting time and keep the lift on schedule.

Book Early Where Possible

Booking in advance gives you more flexibility when choosing the crane and preferred lifting date.

This can be particularly important for larger construction projects and busy periods when crane availability may be limited.

Does the Cheapest Crane Hire Quote Offer the Best Value?

Price is naturally one of the first things people compare when requesting crane hire quotes.

However, the cheapest quote is not always the best value.

An experienced crane hire company should consider the load, lifting radius, site access, ground conditions, and overall requirements before recommending equipment.

When comparing quotes, look at what is included rather than comparing the headline hourly rate alone.

Check whether the quote includes items such as:

Crane and operator
Travel or transport
Setup and pack-up
Additional crew
Rigging equipment
Traffic control
Permits
Other project-specific requirements

Understanding what is included can make it easier to compare quotes accurately.

Get a Fixed Price for Your Lift

Whether you're installing a swimming pool, placing structural steel, relocating heavy machinery , lifting rooftop equipment, or handling construction materials, the right crane depends on the requirements of the job.

Homeowners, builders, contractors, and commercial clients across Sydney rely on BIGLIFT CRANES for mobile crane hire in Sydney , with cranes from 16T to 130T available 24/7.

Each project is assessed based on factors such as the load, lifting radius, site access, ground conditions, and required equipment. This helps determine suitable equipment before the lift takes place.

Need a firm price? Contact our team with your project details, lifting requirements, and site photos, and we will recommend the right crane for your job.

Frequently Asked Questions

How much does mobile crane hire cost in Sydney?

Mobile crane hire in Sydney can start from around $170–$250 per hour for smaller cranes and exceed $1,000 per hour for larger all-terrain or heavy-duty cranes.

Daily hire can range from around $1,200 to $3,500+, while larger or more complex crane hire can cost more.

These are indicative market ranges. Your actual quote will depend on the crane required and the details of your project.

How much does a Franna crane cost to hire?

Franna crane hire can typically range from around $170–$250 per hour based on indicative market rates.

The actual cost can vary depending on the crane capacity, hire duration, travel requirements, site conditions, and lifting requirements. See our Franna crane hire in Sydney page for capacities and availability.

Does mobile crane hire include an operator?

Mobile crane hire commonly includes a licensed crane operator, although this can vary between providers and quotes.

Some projects may also require additional personnel such as dogmen or riggers.

Always confirm what is included in your quote before booking.

Can I hire a mobile crane for a residential project?

Yes. Mobile cranes can be used for many residential lifting projects, including:

Swimming pool and spa installations
Rooftop air conditioning units
Roofing materials
Landscaping materials
Machinery lifts
Construction materials

The suitable crane will depend on the load weight, required reach, site access, and ground conditions.

What if I don't know which crane I need?

You do not need to know the exact crane before requesting a quote.

Provide details about what you need to lift, the approximate weight, where the load needs to be picked up and placed, and any site access restrictions.

Photos of the site can also help the crane company assess the job and recommend suitable equipment.

Does crane hire include transport and fuel?

This depends on the crane hire company and the quote.

Some quotes may include standard travel, crane transport, and an operator, while additional travel, specialised equipment, or extra personnel may be charged separately.

Always confirm what is included before booking.

How far in advance should I book a mobile crane?

Booking early is recommended, particularly for larger commercial projects or during busy construction periods.

However, availability can vary, and some crane hire companies may be able to accommodate urgent lifting requirements depending on the crane and crew available.

Final Thoughts

Mobile crane hire in Sydney does not have one fixed price. Smaller cranes can start from around $170 per hour, while larger all-terrain and heavy-duty cranes can cost $1,000+ per hour.

The final quote depends on the crane required, load, lifting radius, site access, hire duration, and any additional equipment or personnel needed.

Providing clear project details and site photos early can help the crane company recommend suitable equipment and prepare a more accurate quote.

Why mobile crane hire is smarter than owning your own crane

Thu, 11 Nov 2021 04:37:30 GMT

Mobile cranes are essential to modern construction—whether you’re working on a multi-storey development, lifting heavy machinery, or relocating site equipment. But owning and operating your own crane isn’t always the smartest move. With high upfront costs, ongoing maintenance, and limited flexibility, crane ownership can become more of a burden than a benefit.

That’s where crane rental services like Biglift Cranes come in. We offer a more efficient, cost-effective way to get the equipment and expertise you need—without the overhead.

Why hire a mobile crane instead of buying one?

Here are five major advantages of choosing a mobile crane hire service over maintaining your own fleet:

1. Improved efficiency

Mobile crane hire helps speed up your project timeline. Instead of coordinating multiple vehicles and labour to load, transport, and unload materials, a crane can handle all heavy lifting on site—reducing downtime and improving site flow.

2. Access to the latest technology

Buying a crane means committing to equipment that may become outdated within a few years. By outsourcing, you gain access to newer models with better safety features, performance, and fuel efficiency.

At Biglift Cranes, our modern fleet is regularly updated and maintained to industry-leading standards.

3. Flexibility for any job

From tight-access residential sites to large infrastructure projects, no single crane suits every scenario. With hire, you can choose the right crane for the job—16t, 35t, 55t or more—and swap it out mid-project if your needs change.

Biglift Cranes offers scalable solutions tailored to your site conditions and load requirements.

This kind of flexibility is especially valuable for renewable energy projects — commercial solar and battery installations, such as those supplied by REA Power , often involve heavy panel arrays and battery units that need to be lifted onto rooftops or positioned on large sites.

4. Reduced ownership costs

Owning a crane means more than just the purchase price. You’ll need to pay for:

Insurance
Regular inspections
Servicing and repairs
Storage between jobs

Crane hire eliminates all of those costs. You only pay for what you use—backed by our fully insured, WorkCover NSW-compliant fleet.

5. Safer sites and access to skilled operators

When you hire through Biglift Cranes, you don’t just get a machine—you get a licensed operator with years of on-site experience. Our team follows strict safety guidelines and carries out every lift with precision and care.

This minimises the risk of accidents and ensures compliance with local regulations.

Lift your project with confidence

Planning a project that requires heavy lifting? Avoid the costs and complexities of crane ownership. With over 23 years of experience and a reputation built on safety, flexibility, and performance, Biglift Cranes is your trusted partner for mobile crane hire in Sydney. Get in touch with our team for a quote today by calling or sending us a message via the form.

How compact cranes solve tight access lifting in Sydney

Wed, 13 Oct 2021 04:43:07 GMT

Narrow laneways. Congested roads. Inner-city builds with zero clearance. Sydney’s construction scene is full of tight access challenges—but compact mobile cranes make it possible to get the job done without compromise.

At Biglift Cranes, we’ve added the versatile Tadano TR-160M to our fleet to specifically tackle these urban lifting obstacles. With four-wheel steering, high ground clearance, and rough terrain capability, it’s the go-to solution for projects that demand agility without sacrificing lifting power.

Find out more about our 16T crane for hire

Where compact cranes outperform the big rigs

Compact mobile cranes aren’t just about fitting into small spaces—they offer fast setup, manoeuvrability, and safe operation in conditions where larger machines can’t go. Here’s where the Tadano TR-160M shines:

Tight-access lifts on urban construction sites

Inner-city projects often come with strict access limits. The TR-160M’s compact frame and advanced steering make it ideal for manoeuvring through alleys, shared driveways, and laneways—without shutting down surrounding streets.

Reach: 27.5m main boom

Capacity: 16t lift capability

Access: Fits into tight urban sites where larger cranes can’t operate

Factory and warehouse machinery moves

Installing or removing heavy industrial equipment? The TR-160M can get close to the work zone, lifting directly into or out of factories with limited floor space. Its precision slewing and compact build make it ideal for high-accuracy tasks indoors or out.

Pool and spa installations in confined sites

Installing a pool in a dense residential area? The TR-160M helps lift and place spas or plunge pools over fences or into tight yards, without damaging surrounding property. With operators experienced in urban lifts, you’ll get peace of mind with every placement.

Tree and infrastructure work on uneven terrain

The TR-160M doubles as a rough terrain crane, capable of handling sloped, rocky, or off-road environments like parks, reserves, and heritage areas. It’s ideal for arborist lifts, signage placement, or hard-to-reach infrastructure jobs.

Why choose Biglift Cranes for tight access lifts?

With over 20 years of experience, we know Sydney’s challenges better than most. We provide not just equipment, but expert operators, site planning, and a customer-first approach to every job.

You’ll get:

A certified, licensed crane operator
Mobile crane delivery and setup
Risk assessment and lift planning
Transparent, competitive pricing

Book your compact crane hire today

Need reliable mobile crane hire for a tight-access site in Sydney or regional New South Wales? Whether you're working in a laneway, residential zone, or uneven terrain, Biglift Cranes has the experience, equipment, and local knowledge to get the job done safely and efficiently.

Our team will assess your site requirements, recommend the best-fit crane for your project, and supply an experienced, licensed operator who knows how to work in confined or complex environments. From initial quote to final lift, we’re with you every step of the way.

Don’t risk delays or damage by using the wrong equipment. Give us a call today to book the crane that’s built for tight spots.