3Racing M4WD-35/GO 1/32 Mini 4WD double aluminum rollers 16-17mm - Tamiya-compatible chassis, golden  [M4WD-35/GO]

Tamiya Mini 4WD Double Aluminum Rollers ( 16-17mm )(Golden) - 3RACING M4WD-35/GO
Price:
USD$7.50
Brand:
3Racing
Model:
M4WD-35/GO
Condition:
Brand New
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3Racing M4WD-35/GO double aluminum rollers for Mini 4WD

The M4WD-35/GO double aluminum rollers are a straightforward replacement part for Mini 4WD cars that use standard Tamiya-style roller mounts. The component is described in supplier material as aluminum, provided in a double-roller layout and finished in a golden anodized surface. For experienced hobbyists, this part is useful where a durable metal roller surface is preferred over stock plastic rollers.

This roller set is compatible with common performance-oriented chassis that accept 16-17mm roller diameters. It is intended as a mechanical replacement rather than an electrical or drivetrain upgrade; hobbyists should verify mount spacing and shaft diameter before fitting. The anodized finish can reduce surface wear compared with untreated metal, but users should inspect for burrs or machining marks prior to installation.

The product listing specifies a 16-17mm roller range; confirm fitment by measuring your chassis' allowable outer diameter and clearance since listed dimensions refer to roller outer size.
The product name indicates aluminum rollers only. Do not assume bearings, bushings, or mounting hardware are included; check the seller listing for confirmed contents.
These rollers suit Tamiya-style mounts and are commonly used on performance chassis such as MA, MS, AR and similar platforms that accept 16-17mm rollers. Confirm mount spacing and shaft size before installation.
Anodized aluminum has a harder surface than bare aluminum but contact behavior depends on track material and wear. Inspect both rollers and rails after a test run and consider protective measures if you track on delicate surfaces.
Verify shaft clearance and lateral play to avoid unintended friction. For performance-oriented builds, check alignment under load and secure fasteners to avoid loosening during runs.

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