Twin-wheel support assemblies change the ground-contact arrangement and can suit specific trailer or soft-ground manoeuvring conditions.
The practical value of Twin Wheel Jockey Assemblies appears only when the specification is tied to the equipment that must move, the floor it runs on and the interface that carries the load.
Within twin-wheel trailer support, the actual load and fit-controlling dimensions should be treated as the first engineering checkpoint. Once that is known, wheel diameter, width, material, bearing arrangement and mounting details can be reviewed in a rational order.
Avoid assuming that a larger wheel, harder polymer or heavier bracket automatically solves the problem. A material or wheel-size label cannot confirm compatibility by itself. The safest RFQ therefore records load, floor, wheel diameter/width, mounting interface, braking need and quantity before a configuration is released for quotation. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.
The live product grid below contains the current configurations represented in this site. Use the grid as a starting point, then compare exact mounting and duty conditions instead of selecting from appearance alone. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.
1BJY-JW-04 Double Jack Replacement Wheel for B2B equipment or trailer support projects. Specify the fit-controlling interface, duty and…
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6 Inch Twin Wheel 1500 lb Jockey Jack for B2B equipment or trailer support projects. Specify the fit-controlling…
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8 Inch Twin Wheel 2000 lb Jockey Jack for B2B equipment or trailer support projects. Specify the fit-controlling…
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JW1605 1500 lb 6 Inch Double Solid Wheel Jack for B2B equipment or trailer support projects. Specify the…
View configuration →Shortlisting this family is most reliable when every candidate is compared against the same application description. Record wheel diameter, width, material, bore or bearing arrangement, hub length and real load per supporting point before comparing catalogue names or photographs. This keeps the decision tied to the equipment rather than to one attractive feature. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.
For replacement work, add floor condition, joints or thresholds, axle retention and the amount of side clearance available inside the bracket or frame. Where an existing part is worn, bent or repaired, identify the dimensions that may no longer represent the intended geometry. A measured drawing or dimensioned photograph is more useful than treating visible wear as the design target. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.
When several configurations are being compared, keep required values and optional preferences in separate columns. If a fit-controlling number is not available, leave it as a confirmation item in the RFQ instead of borrowing a value from another size or series. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.
Use the Twin Wheel Jockey Assemblies page to narrow material and geometry before comparing individual configurations. For wheel-only items, the final selection still depends on the equipment-side axle or bearing interface, hub space and the floor route. Compare candidates at the same carried load and with the same assumptions about joints, ramps, debris and manoeuvring. If a material property, bearing arrangement or load rating is not shown for a particular configuration, keep it as an RFQ confirmation point rather than treating the family description as a specification for every wheel in the range.
| Variable | Why it matters |
|---|---|
| Load per supporting point | Frames do not always distribute total mass equally, especially on uneven floors. |
| Wheel diameter | Changes ground clearance and obstacle-crossing geometry. |
| Wheel width | Changes contact area and can matter on softer ground. |
| Material | Affects hardness, floor interaction and environmental suitability. |
| Bore / bearing / axle | Controls wheel-only installation without side load or improvised spacers. |
| Bracket / tube / plate | Controls complete-assembly fit and nearby clearance. |
| Brake / lock function | Must match the actual parking or directional-control requirement. |
Twin Wheel Jockey Assemblies can appear in twin-wheel trailer support, but the correct configuration is always application-specific. Material handling equipment may spend most of its time on smooth concrete, while trailer support wheels may roll over paving, compacted ground or gravel for short manoeuvring distances. Those are different design conditions.
Describe ramps, floor joints, wash-down, debris, outdoor exposure and expected travel in the enquiry. If the equipment is already in service, a short video can reveal interference or steering behaviour that a static photograph does not show. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.
Do not select a polymer only by colour. Confirm the required material family and, where chemical exposure or unusual temperatures matter, state the environment so the exact grade can be reviewed. For wheel-only replacements, the axle and hub interface is as important as diameter; for complete assemblies, plate, tube or clamp dimensions control whether the product can be mounted safely. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.
Where a custom configuration is required, send the existing drawing or a dimensioned sketch. A dimensioned enquiry is faster to evaluate than a request for a visually similar product. On Twin Wheel Jockey Assemblies, use this point to narrow the family-level choice before treating any individual configuration as a fit for the equipment.
For a broader method, use our wheel selection guide and panduan pengukuran. For trailer-focused work, the trailer application page adds ground and stowed-clearance checks.
No. Load, width, material, bearing/axle or bracket interface and duty condition still need review.
Send a photo and explain the floor, load and environment. Material should not be guessed from colour.
Mixed models can be reviewed commercially. Keep each configuration on a separate line with quantity and dimensions.
The site is intended for B2B project and production enquiries rather than 1-2 piece retail purchases. Paid evaluation samples may be considered for new projects.
Kirimkan formulir aplikasi, jumlah, dan dimensi yang sudah Anda ketahui. Detail penting yang mungkin kurang dapat ditinjau sebelum penawaran harga.
