Tamiya Mini 4WD Super XX Carbon Reinforcement Plates M4WD-17_SG by 3Racing  [M4WD-17_SG]

Tamiya Mini 4WD Carbon Super XX set - 3RACING M4WD-17_SG
Price:
USD$15.00
Brand:
3Racing
Model:
M4WD-17_SG
Condition:
Brand New
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Technical overview M4WD-17_SG Super XX carbon plates

This carbon plate set is presented as a replacement reinforcement solution compatible with Tamiya Mini 4WD Super XX layouts. The text concentrates on material choice and dimensional intent: thin carbon fiber plates produced to match common Super XX mounting patterns, intended to be integrated with existing Super XX components without altering core geometry. The description avoids performance claims and focuses on fit and installation considerations.

Fitment guidance assumes workshop experience: the plates align with Super XX screw and spacer locations and are supplied as an aftermarket reinforcement set rather than a full chassis or an electronics upgrade. Technically minded hobbyists should verify hole positions and spacing during a dry assembly to ensure register and clearance with adjacent components.

Material: Carbon fiber

Compatibility: Super XX chassis series

Product type: Chassis reinforcement set

The M4WD-17_SG plates provide a straightforward carbon replacement option for Super XX configurations suitable for tuning, restoration, and light reinforcement while retaining original chassis geometry.

How should I verify hole alignment before final assembly?

Perform a dry fit using your existing spacers and screws, confirming that screw lengths and spacer stack-ups maintain clearance for gears and motor mounts. Adjust or ream holes only if necessary.

What thickness are the plates intended to replace?

Plate thickness can vary by supplier; treat these as thin reinforcement plates designed to match Super XX layouts rather than structural chassis halves. Check product details from your vendor for exact thickness.

Any recommendations for fastening to avoid stress risers?

Use appropriate countersunk or pan head screws with washers or nylon spacers to distribute load. Avoid overtightening which can create stress points in carbon.