Crane Planning Checklist: What to Know Before Your Lift
A 14-point checklist covering load weight, dimensions, pickup and landing points, height, setup, access, ground, obstructions and scheduling before your lift.
A successful crane operation starts before the crane arrives.
Whether you are lifting rooftop equipment, machinery, structural components, generators, or another heavy load, there are several pieces of information that should be understood before the scheduled work date. Having those details ready helps the project team evaluate the lift, coordinate the site, and identify potential constraints before they become day-of-job problems.
Use the following checklist as a starting point when preparing for a crane operation.
1. Confirm the Load Weight
Start with the most basic question: How much does the load weigh?
The weight should be as accurate as possible because crane capacity depends on the actual load and the conditions of the lift. If the load is equipment, manufacturer documentation may provide the necessary information.
Do not rely on an estimate if a verified weight is available.
Also remember that the lifting operation includes rigging equipment, so the complete suspended load needs to be considered as part of the planning process.
2. Measure the Load
Weight is not the only important characteristic.
Record the approximate length, width, and height of the load. Dimensions can affect rigging, clearance, and how the load moves through the planned path.
A large or unusually shaped load may require additional consideration even if its weight is within the crane's capacity.
If the load has specific lifting points, include those details as well.
3. Identify the Pickup Location
Where will the crane pick up the load?
The answer may be a delivery truck, staging area, storage location, or another part of the property.
The pickup location matters because it establishes one end of the load path and helps determine the crane's working radius.
If the load will arrive by truck, coordinate the delivery location with the crane setup so the truck and crane can work together as planned.
4. Identify the Landing Location
Where does the load need to go?
Be as specific as possible.
If the load is going onto a roof, identify the general placement area. If it is going inside a building, identify the opening or receiving location. If it is being placed on a foundation or equipment pad, identify the exact area whenever possible.
The final landing location is important because it determines how far the crane needs to reach and how the load will travel.
5. Determine the Required Height
If the load needs to be lifted above ground level, determine the approximate height of the landing point.
For rooftop work, provide the building height or the approximate elevation of the final placement area.
The crane needs enough reach to get the load to the required height while maintaining the necessary capacity.
Photos of the building can also help provide context around the height and surrounding structures.
6. Identify the Crane Setup Area
Determine where the crane may be able to operate.
The area should provide enough room for positioning and the planned setup. It should also provide an appropriate relationship between the crane and the load.
A setup location that is too far from the load can increase the working radius and change the lifting requirements.
If you are unsure where the crane should sit, provide photos and site information so the location can be evaluated as part of the planning process.
7. Check Access
Walk through the route the crane will need to take to reach the setup location.
Look for:
- Narrow gates
- Tight turns
- Low branches
- Overhead wires
- Parked vehicles
- Construction barriers
- Landscaping
- Restricted roads
The crane needs a workable path into the property, not simply a large enough space at the final setup location.
Identifying access restrictions early can prevent a situation where the selected equipment cannot reach the intended setup area.
8. Review the Ground Conditions
Look at the surface where the crane will set up.
Determine whether it is concrete, asphalt, gravel, soil, or another surface, and identify any known underground conditions.
Pay attention to:
- Underground utilities
- Vaults
- Tanks
- Trenches
- Drainage structures
- Recently excavated areas
- Recently filled areas
The crane's outriggers transfer significant forces into the supporting surface, so ground conditions should be part of the planning process.
9. Look for Overhead Obstructions
The space above the crane matters just as much as the ground around it.
Check for:
- Power lines
- Trees
- Building overhangs
- Light poles
- Signs
- Bridges
- Other structures
The boom and load may need to move through areas that are not obvious when looking at the site from ground level.
Identifying overhead conditions before the crane arrives gives the project team more time to understand the available operating space.
10. Plan the Load Path
Think through the entire movement from pickup to landing.
Where will the load start?
Where will it travel?
Where will it finish?
Identify anything that could interfere with the planned movement, including buildings, structures, trees, utilities, equipment, and occupied areas.
A clear understanding of the load path helps the crew coordinate the lifting operation and gives the property owner an opportunity to address potential obstructions before the lift.
11. Coordinate Other People and Equipment
The crane should not be planned independently from the rest of the project.
Make sure employees, contractors, delivery drivers, and other people who may be affected by the lift know when the crane will be operating.
Move vehicles and equipment out of the setup area and coordinate deliveries so they do not block the crane's access or operating space.
If another contractor is working on the property, coordinate the crane schedule with their work as well.
12. Gather Site Photos
Take clear photos before the crane is scheduled.
Useful photos include:
- Property entrance
- Access route
- Proposed setup area
- Pickup location
- Landing location
- Building
- Overhead conditions
- Surrounding structures
Photos can provide valuable context when discussing the project and can help identify questions that need to be answered before the crane arrives.
13. Confirm the Work Date
Choose the desired lifting date and determine whether the schedule is flexible.
If the lift is tied to another contractor, delivery, installation, or construction milestone, make that relationship clear.
A crane operation is most effective when the crane, load, crew, and receiving area are all ready at the same time.
14. Have the Basic Information Ready
Before requesting the crane, gather the information you already have.
A useful project package can include:
- Load weight
- Load dimensions
- Pickup location
- Landing location
- Required height
- Proposed setup area
- Access information
- Ground conditions
- Overhead conditions
- Site photos
- Desired work date
- Known restrictions
You do not need to know every technical detail before contacting a crane provider. The purpose of the checklist is to make sure the basic information is available so the lift can be evaluated efficiently.
The Goal Is Preparation
The purpose of a crane checklist is not to make the property owner responsible for designing the lift. It is to make sure the information needed for planning is available before the work begins.
When the load, site, access, setup area, landing location, and schedule are understood early, the project team has more opportunity to identify potential constraints and coordinate the work.
A few minutes spent gathering information before the lift can help prevent avoidable surprises on the day the crane arrives.