Tamiya Mini 4WD 2mm Spacer Set - 3RACING M4WD-01/BK Performance  [M4WD-01/BK]

Tamiya Mini 4WD 2mm Spacer Set (black) - 3RACING M4WD-01/BK
Price:
USD$3.80
Brand:
3Racing
Model:
M4WD-01/BK
Condition:
Brand New
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Technical overview of the Tamiya Mini 4WD 2mm Spacer Set (Black)

The Tamiya Mini 4WD 2mm Spacer Set, 3RACING M4WD-01/BK in black, is engineered for precise chassis adjustment. These spacers allow fine control over roller offset and mounting height, enabling tuners to optimise handling characteristics for race conditions. They are compatible with a broad range of Tamiya Mini 4WD chassis platforms and integrate cleanly into standard setups.

Performance role and compatibility

At 2mm thickness, each spacer provides repeatable changes to component geometry. Adjusting spacer placement alters weight transfer and lateral response, which is critical for shaving tenths off lap times. The set is designed to be usable with common Mini 4WD chassis without additional machining.

Tuning guidance for race setups

For competitive use, introduce spacer changes in single increments and log handling effects. Combine spacer adjustments with roller tuning, tyre selection and weight distribution changes to achieve a balanced setup tuned to specific track sections. This disciplined approach yields consistent improvements in corner entry and exit behaviour.

 

Product Reviews
1 Reviews
rating
Excellent service, two of the items I purchased were out of stock but was given fair options on refund, store credit or replacement. I opted for replacement as there was a different version available and one of the items did arrive bent and they sent out
Introduce one spacer location at a time and perform controlled test runs. Record lap times and handling notes to determine the net effect before further changes.
Yes. They are compatible with common reinforced and aftermarket components, but verify clearances when combining multiple upgrades to avoid interference.
Use consistent battery and motor settings, run multiple laps for each change, and compare telemetry or lap timing to isolate spacer effects from other variables.