Precision Wide Rear Multi Roller Plate M4WD-14_SG by 3Racing  [M4WD-14_SG]

Tamiya Mini 4WD Carbon Wide Rear Multi Roller Plate - 3RACING M4WD-14_SG
Price:
USD$5.00
Brand:
3Racing
Model:
M4WD-14_SG
Condition:
Brand New
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Precision layered carbon rear plate M4WD-14_SG

This layered carbon wide rear multi roller plate is specified as a rear stay component for experienced Mini 4WD builders. The plate is fabricated from stacked carbon fibre plies to provide a rigid platform designed to accept multiple roller assemblies on wide rear stay layouts typical of competition chassis. The notes that follow concentrate on material properties, fitment checks, and routine inspection practices suitable for technical users.

Carbon laminate construction is the critical attribute: multiple plies produce a high stiffness-to-weight surface and a different tactile finish compared with aluminium or plastic alternatives. For tuners seeking consistent rear stay geometry and minimal flex at roller mount points, the carbon plate delivers an engineered mounting surface while remaining a practical spare in tuned builds.

Installation guidance: the plate acts as a multi roller mounting base intended to integrate into wide rear stay assemblies. Verify hole spacing, screw thread engagement, and spacer dimensions against your roller assemblies and stay stack before final torque. Avoid excessive clamping loads which can concentrate stress at the bore edges.

Maintenance and inspection: monitor the plate for any signs of delamination or matrix damage after impact events. Clean with a soft cloth and mild cleaner if required, and recheck fastener torque periodically to maintain secure roller alignment. Note that this part is an accessory and should be matched to the rear stay geometry of the target Mini 4WD model.

Layered carbon demands correct screw engagement without over-stressing the laminate. Use screws sized for secure thread engagement, consider load-spreading washers, and select spacers to avoid point loading at the hole edges.
Confirm hole alignment with your rear stay, measure spacer stack heights to set roller offset, and perform torque checks in stages to seat components without inducing laminate damage.
Metal spacers offer repeatable thickness and load distribution for precision setups, while nylon spacers can protect contact surfaces; choose based on the required clearance and impact characteristics of your rollers.
After sessions, inspect for surface abrasion, check around screw holes for micro-cracking or delamination, and verify spacer condition. Re-torque fasteners as necessary to maintain consistent roller geometry.