3Racing M4WD-50/WO Tamiya Mini 4WD carbon wide front swing roller plate for Super-II and MA chassis front stay  [M4WD-50/WO]

Tamiya Mini 4WD Carbon Wide Front Swing Roller Plate - 3RACING M4WD-50/WO
Price:
USD$11.20
Brand:
3Racing
Model:
M4WD-50/WO
Condition:
Brand New
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3Racing M4WD-50/WO carbon wide front swing roller plate for Mini 4WD front stay

The M4WD-50/WO is a carbon wide front swing roller plate produced by 3Racing for use on Tamiya Mini 4WD front stays. It is intended as a replacement or alternative front stay part for hobbyists who need a pivoting roller mount integrated into a wider carbon plate. The design emphasizes a wider mounting footprint and a swinging roller arrangement rather than a rigid single-axis stay.

Compatibility is limited to front stay applications; this plate is commonly fitted to Super-II and MA series front stay setups where the chassis geometry accepts a wide plate and swing-type roller. Installation requires standard Mini 4WD hardware and basic trimming or spacer adjustments on some chassis variants. The textural and structural properties of carbon fiber affect how the part responds to tightening torque compared with plastic stays.

For collectors or builders retaining originality, note that this is an aftermarket part that changes front-stay styling and mounting. It does not include rollers or mounting screws unless specified by the retailer. Evaluate clearance around bumpers and body posts before permanent installation to avoid interference.

Which Tamiya chassis is this plate compatible with?

The plate is intended for front-stay applications and is most often fitted to Super-II and MA style front stays; compatibility depends on the specific front stay layout and required clearances.

Does the plate include rollers and hardware?

The item is a carbon plate only. Rollers, screws, and spacers are generally not included and should be sourced separately or confirmed with the vendor.

What should I check before installing on my chassis?

Check front bumper and body post clearances, confirm hole spacing on the stay, and ensure tightening torque is appropriate for carbon to avoid delamination or stress points.

Is any trimming or modification commonly required?

Minor trimming or the addition of thin spacers can be necessary on some chassis to achieve correct roller alignment; modifications should be planned before final assembly.

How does carbon compare to plastic for front stays?

Carbon offers greater stiffness and a different failure mode than plastic; it requires care when tightening fasteners and may transmit more vibration to mounted rollers.

Will this change affect display value for collections?

As an aftermarket piece, it alters the original appearance; collectors should consider provenance and originality before fitting it to a preserved model.

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