Tamiya TT-02 Aluminum Front Lower Suspension Arm by JAZRIDER TT02-13108-LB  [TT02-13108-LB]

Tamiya TT-02 Aluminum Front Lower Suspension Arm (Light Blue)
Price:
USD$10.45
Brand:
JAZRIDER
Model:
TT02-13108-LB
Condition:
Brand New
Available in shop
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Aluminum front lower arm for TT-02

This is an aluminum front lower suspension arm in light blue designed for the Tamiya TT-02 scale RC chassis. The component is intended as a like-for-like replacement for the front lower arm on TT-02 layouts and is described here as an RC-scale accessory only.

The arm provides a stiffer mounting point compared with the original plastic parts, helping to reduce flex at the front suspension pick-up and support more repeatable steering behaviour during track and club use. Material and colour are taken from the product name, with the part supplied in a light blue aluminum finish.

Installation notes: the arm mounts to the TT-02 front lower suspension mounting points and should be fitted using the chassis' existing attachment locations. Verify fitment against your TT-02 variant before final assembly and check that your fasteners and ball studs are compatible with the replacement arm.

For tuning: use this arm as part of incremental front-end changes when adjusting roll centre, caster or anti-squat characteristics on the TT-02; small changes to suspension geometry and weight distribution will affect handling, so adjust one parameter at a time and test on a representative surface.

 

Product Reviews
1 Reviews
rating
The packaging was amazing. Thank you.
It is intended for Tamiya TT-02 chassis front lower mounting points; however fitment can vary by variant and conversion kits so confirm physical fit before final installation.
The listing is for the suspension arm itself; check the seller page for included items and confirm whether additional fasteners are required for your chassis.
The aluminum arm reduces flex compared with many stock plastic arms, which can yield more consistent steering feedback and predictable response when making suspension or alignment changes.

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