Compact double aluminium rollers 8-9mm M4WD-33/LB for Super-II MA MS by 3Racing  [M4WD-33/LB]

Tamiya Mini 4WD Double Aluminum Rollers ( 8-9mm )(Light blue) - 3RACING M4WD-33/LB
Price:
£5.58
Brand:
3Racing
Model:
M4WD-33/LB
Condition:
Brand New
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Mini 4WD double aluminium rollers M4WD-33/LB for 8-9mm shafts

These double aluminium rollers are an aftermarket option for Mini 4WD builds. The components are machined from aluminium and finished in an anodised light blue. The description highlights compatibility, fitment tips and practical handling notes that experienced hobbyists use when selecting roller hardware for chassis variants such as Super-II, MA and MS.

They mount with standard 8-9mm spacing; check shaft length and spacer stacks against your damper or stay setup. The anodised finish reduces visible wear relative to raw metal, and accurate machining helps deliver consistent concentricity when installed correctly. The colour is handy for coordinated builds or display layouts.

This item is supply-level hardware rather than a model-specific performance upgrade. Confirm thread sizes and spacer combinations before final assembly and avoid using these rollers on Wild Mini 4WD or Scale Mini 4WD where metal rollers are not intended.

They are designed for 8-9mm spacing and will often fit MS stays, but verify the stay hole centres and any spacer or damper interference before committing to assembly.
Wipe with isopropyl alcohol and a soft brush after track use. Avoid abrasive cleaners that can strip the anodised coating, and check the bore for wear periodically.
Confirm with the seller whether bearings are supplied. If not, choose internal bearings or bushings sized to the roller bore, commonly 2.3mm or 3mm IDs.
Aluminium increases rotating mass compared with plastic parts; experienced tuners may alter mass distribution or suspension settings to maintain lap time consistency.
Anodising gives improved surface protection over untreated aluminium but will wear over time under abrasive contact. It still offers better corrosion resistance than bare metal.

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