An OEM truck-mounted crane should be configured around the actual lifting task, truck chassis and local operating requirements. Custom paint and logos are simple options, but changes to boom geometry, outriggers, hydraulics, controls or the installation interface require engineering review.
This guide explains the information buyers should prepare, the main customization choices and the documents that should be confirmed before production.
What OEM and ODM Mean for Truck-Mounted Cranes
OEM customization normally starts with an existing crane platform and adjusts selected features for the buyer. ODM cooperation may involve deeper engineering, a different configuration or a product developed for a distributor’s market. The exact scope should be written into the technical specification.
| Customization Level | Typical Changes | Engineering Impact |
|---|---|---|
| Branding | Color, logo, nameplate and labels | Low, but artwork and language must be approved |
| Configuration | Controls, outriggers, attachments and optional equipment | Confirm compatibility and documentation |
| Application engineering | Boom, mounting position, subframe or hydraulic interface | Requires drawings, calculations and updated load information |
| New product development | Major structural or system changes | Requires a separate development and validation plan |
1. Start With the Load and Working Radius
Maximum tonnage is not enough to select a crane. A buyer should describe the heaviest load, its dimensions, the maximum horizontal radius and the complete lift path. Include the weight of rigging and any attachment. The manufacturer can then compare the requirement with the model’s load chart.
Use the normal working condition rather than designing the entire project around one unusual lift. If one task is much heavier or farther away than the rest, discuss whether a different lifting method is more practical.
2. Choose Knuckle Boom or Telescopic Boom
Knuckle Boom Crane
A knuckle boom truck mounted crane folds compactly and can position loads around obstacles. It is commonly selected for material delivery, utility work and jobs where installation space or stowed length is limited.
Telescopic Boom Crane
A telescopic boom truck mounted crane provides a direct boom line and long vertical or horizontal reach. It is often preferred for construction, equipment placement and applications that benefit from a straight boom.
The better choice depends on the load path, required reach, stowed dimensions and chassis layout—not on one boom type being universally superior.
3. Match the Crane to the Truck Chassis
Chassis matching is one of the most important parts of an OEM crane project. Provide the truck manufacturer’s drawing whenever possible.
- Vehicle make, model and drive configuration
- Wheelbase and frame dimensions
- Gross vehicle and axle ratings
- Cab-to-axle and available installation space
- PTO type, available power and rotation direction
- Body, fuel tank, battery and exhaust locations
- Local road-width, height and axle-load limits
The manufacturer should review crane self-weight, payload remaining after installation, axle-load distribution, subframe design and mounting position. The completed vehicle must remain suitable for both road travel and crane operation.
4. Select Outriggers and Installation Layout
Outrigger style and span affect stability, installation space and setup time. Options may include fixed, manual-extension or hydraulic-extension systems, depending on the crane model. Select the configuration supported by the manufacturer’s load chart and compatible with the vehicle layout.
Installation in front of the body, behind the cab or at the rear changes axle loading, usable cargo space and operating sectors. These effects should be reviewed on the general arrangement drawing before production.
5. Define the Hydraulic System
- PTO-driven or independent power source
- Required pump flow and operating pressure
- Oil-tank capacity and installation position
- Cooling requirements for operating duty and climate
- Filtration, hose routing and service access
- Auxiliary circuits for grabs, augers, baskets or other tools
Adding attachments after delivery may require different flow, pressure, return lines or safety controls. Specify them during the quotation stage whenever possible.
6. Choose Controls and Safety Functions
Control options may include manual levers, a high-seat station, wired control or proportional radio remote control. The correct choice depends on visibility, placement accuracy, operator position and local practice.
Confirm emergency-stop functions, overload protection, load-moment indication, outrigger monitoring and any interlocks required for the selected model. Safety functions must be documented and tested as part of the complete configuration.
7. Plan Attachments and Accessories
| Application | Possible Equipment | Information to Confirm |
|---|---|---|
| Material handling | Hook, pallet fork or grab | Load weight, dimensions and hydraulic needs |
| Utility work | Auger, winch or specialized tool | Flow, pressure, mounting and controls |
| Precise placement | Radio remote or camera | Operating distance and local radio approval |
| Corrosive environment | Coating and protected components | Exposure conditions and maintenance plan |
8. Confirm Certification and Delivery Documents
Tell the manufacturer where the crane will be installed and operated. Required standards, declarations, inspection records and language documents vary by destination. Ask for certificate samples and confirm that the exact model and configuration are covered.
- Approved general arrangement and mounting drawing
- Load chart for the supplied configuration
- Operation and maintenance manual
- Hydraulic and electrical diagrams
- Inspection and functional-test records
- Spare-parts list and warranty terms
- Serial numbers and packing list
9. OEM Crane Project Workflow
- Buyer submits application, load, radius and chassis information.
- Manufacturer recommends a base model and optional equipment.
- Both parties review the load chart and general arrangement.
- The final technical specification, branding and documentation are approved.
- Production begins after commercial terms are confirmed.
- The crane undergoes inspection and agreed factory acceptance testing.
- Documents, photographs and packing details are checked before shipment.
- Installation, commissioning and training support are completed as agreed.
Information to Include in an OEM Crane RFQ
Provide the application, load weight, maximum radius, lifting height, operating environment, truck drawing, destination country, required standards, boom preference, controls, outriggers, attachments, color, logo, order quantity and expected delivery time. A complete RFQ reduces repeated questions and makes quotations easier to compare.
Frequently Asked Questions
Can one truck-mounted crane be customized?
Many configurations based on an existing crane platform can start from one unit. Completely new structural development or special purchased components may require separate commercial and technical evaluation.
Can I choose my own truck chassis?
Yes, provided the chassis is suitable for the crane and complete vehicle. Send the chassis drawing before the crane configuration is finalized.
Does a custom boom require a new load chart?
Changes that affect geometry, weight or structural performance must be reviewed by the manufacturer. Updated rated-capacity information and documentation may be required.
Conclusion
Successful OEM crane customization begins with clear operating data and ends with an approved, documented configuration. Buyers should focus on load and radius, chassis integration, load-chart compatibility, testing and after-sales support rather than selecting options in isolation.
HAOY supports OEM and ODM truck crane projects based on customer applications and chassis conditions. Contact our technical team with your lifting requirements to discuss a suitable configuration.
