Reaction-Based Selection
Maximum outrigger reaction and ground capacity lead the sizing process.
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Flytoo outrigger pads spread stabilizer reactions from cranes, aerial work platforms, concrete pumps, utility equipment, and other outrigger-equipped machines over a larger contact area. This is the category-level product page for buyers comparing equipment types and project requirements; the UHMWPE page focuses on material and customization, while the crane page focuses on lifting setup intent. Pad selection begins with the manufacturer’s maximum outrigger reaction, outrigger foot dimensions, allowable ground bearing capacity, setup surface, slope, underground services, required safety margin, handling limits, and operating procedure. Crane capacity alone is not enough. Rental fleets, lifting contractors, equipment owners, utilities, and distributors should submit verified equipment and ground data before a pad size is recommended.
Maximum outrigger reaction and ground capacity lead the sizing process.
Supports crane, lift, pump, utility, and stabilizer-equipped use cases.
Shape, size, thickness, machining, and handling details can be reviewed.
| Material | UHMWPE and project-confirmed load-spreading pad configurations |
|---|---|
| Size | Custom size based on outrigger reaction, foot dimensions, ground, and handling |
| Thickness | Custom thickness subject to engineering and manufacturing review |
| Weight | Confirmed for the selected size and thickness in the quotation |
| Color | Standard and OEM colors subject to order confirmation |
| Temperature | Confirm the operating range for the selected material and project environment |
| Surface | Machined or textured configuration confirmed per design |
| Connector | Handles, rope, or handling details where specified; not a roadway connector system |
| Customization | Shape, dimensions, thickness, color, logo, drilling, CNC machining, and handling features |
Obtain the maximum outrigger reaction from the equipment manufacturer or lift plan, then confirm foot dimensions, allowable ground bearing pressure, ground uniformity, slope, voids, underground services, setup clearance, handling requirements, and safety procedure. The required pad area and construction follow those inputs. Final selection must be approved by the responsible project or lifting professional; no pad page can replace a lift plan.
Outrigger pads are load-spreading supports, not temporary roadway mats. Surface, machining, handling holes, rope or handle details, and pad geometry are confirmed against the equipment and handling method.
Custom square, round, or drawing-based shapes; dimensions; thickness; color; logo; drilling; CNC machining; and handling features can be reviewed. Final design inputs must come from verified equipment and ground data.
Packing method and container loading quantity are confirmed after the final size, thickness, connector configuration, order mix, and destination requirements are fixed. Ask for a packing drawing and loading plan with the quotation; no universal container count is claimed on this page.
Flytoo is the international brand of Suzhou Flytoo Technology Co., Ltd. The team supplies polymer ground-protection and load-spreading products for international B2B projects. Share the application, material, dimensions, quantity, destination, and customization requirements so production and export details can be checked against the actual order.
Provide maximum outrigger reaction, foot dimensions, ground bearing information, setup condition, slope, clearance, handling limits, and the applicable lift or operating plan.
No. Crane capacity does not equal maximum outrigger reaction, and ground conditions also control the required load-spreading area.
No. Outrigger pads spread concentrated stabilizer reactions; ground mats build travel lanes and working surfaces.
Yes. Shape, dimensions, thickness, drilling, machining, color, logo, and handling details can be reviewed from verified inputs.
No. Pad performance depends on the complete equipment, pad, ground, setup, and operating system.
The responsible lift planner, engineer, equipment owner, or competent site professional must approve the setup for the actual conditions.
