Wide Carbon Rear Multi Roller Plate for Mini 4WD M4WD-14_SG by 3Racing  [M4WD-14_SG]

Tamiya Mini 4WD Carbon Wide Rear Multi Roller Plate - 3RACING M4WD-14_SG
Price:
NZD$8.57
Brand:
3Racing
Model:
M4WD-14_SG
Condition:
Brand New
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Layered carbon wide rear plate M4WD-14_SG

This wide rear multi roller plate is a layered carbon fibre component created for Mini 4WD enthusiasts. It is intended to serve as a rear stay platform that accepts multiple rollers across a broader mounting footprint commonly used on race-oriented chassis. The following notes highlight material behavior, installation context, and recommended upkeep for seasoned builders.

Carbon fibre lamination is the key feature: stacked plies deliver a stiff mounting surface and a distinct texture versus aluminium or plastic parts. Modelers who want a constant rear stay profile and a firmer roller base will find the carbon plate offers a different aesthetic and a durable mounting option while remaining a serviceable spare in customised builds.

Fitment advice: the plate is a mounting base for several rollers and is designed to join wide rear stay assemblies. Hole alignment and spacing vary by stay and roller hardware; verify screw lengths and spacer choices before tightening. Regular checks should include visual inspection for delamination and ensuring fastener torque is within safe limits.

For display, the subtle carbon look keeps the rear area neat on models with visible stays. This piece is an accessory, not a full chassis, and should be checked against the rear stay geometry of your Mini 4WD before purchase.

Carbon gives greater stiffness and a different surface than plastic, reducing flex at roller mounts. That can aid consistency but you should monitor fastener loads to avoid stress around the holes.
Yes, the plate is described as a multi roller platform. Multiple layouts are possible if your rollers and spacers line up with the plate's hole pattern and clearance needs.
Confirm screw thread type, length, and spacer thickness for your roller assemblies. Ensure screws seat correctly without over-tightening which can crack or stress the carbon around holes.
Keep an eye out for surface damage and delamination. Wipe with a soft, dry cloth and avoid aggressive solvents. Periodically re-torque fasteners after use to maintain secure fitment.

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