Tamiya-type Mini 4WD Balance Weight 9.4g M4WD-05/GO by 3Racing [M4WD-05/GO]

Tamiya Mini 4WD Damper Weight 9.4g - 3RACING M4WD-05/GO

Price:

AUD$6.30

Brand:

3Racing

Model:

M4WD-05/GO

Condition:

Brand New

Quantity:

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Description
FAQ

9.4 g compact balance weight for 1/32 Mini 4WD

A compact, single-value mass intended for 1/32 Mini 4WD tuning. This weight changes inertial distribution and is not designed as a multi-part damping system; it is aimed at builders who use Tamiya-compatible mounting locations.

The part is a small metal mass sized to sit where conventional Tamiya-style dampers or weight brackets accept an added weight. For experienced hobbyists the fixed 9.4 g figure and the weight's dimensions are the primary factors when tweaking roll and pitch behaviour.

Fitment advice: fits common Tamiya-type damper or weight positions on Mini 4WD chassis, subject to bracket and clearance checks. It does not serve as a replacement for suspension hardware. Verify interference with rollers, stays, and body mounts before fixing in place.

Installation guidance: attach using the existing mount or an adapter that accepts a single-piece mass. Do not overtighten fixings which could deform mounting parts. For display or club track setups the weight offers a simple route to alter static balance.

Compatibility warning: compatibility with Wild Mini 4WD or Scale Mini 4WD series should be confirmed by checking the mounting geometry, as those lines can use different attachment methods.

What does the weight do to handling?

Adding the 9.4 g mass shifts inertia and can reduce pitch or encourage grip depending on placement; it does not add damping.

Is it compatible with older Mini 4WD parts?

Many older Tamiya-style mounts are compatible, but check specific bracket spacing and clearances on legacy frames.

Will it affect lap times?

Small mass changes can alter cornering balance and stability; outcome depends on setup and track, so test different placements.

Can I combine it with other weights?

Yes, you can combine mass elements, but total mass and distribution should be considered to avoid unwanted imbalance.