Tamiya CC-02 Rear Lower Link Arms - Precision Aluminum JR-CC210-RD by Jazrider  [JR-CC210-RD]

Tamiya CC-02 Chassis Aluminum Rear Lower Suspension Link Arms (Red)
Price:
£6.56
Brand:
JAZRIDER
Model:
JR-CC210-RD
Condition:
Brand New
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Rear Link Arm Function and Fit

This set of rear lower suspension link arms is intended for Tamiya CC-02 chassis applications and is listed under model JR-CC210-RD. The passage explains expected fitment, the installation approach, and the effect these arms have on suspension behavior for scale trail and crawler vehicles.

These aluminium links are a direct upgrade over stock plastic parts, reducing unwanted flex and helping to keep the axle aligned under load. As an upgrade they influence rear axle placement, roll center and anti-squat when matched with the CC-02's existing mount geometry. Make measured adjustments and note your baseline before altering multiple link settings to isolate changes in handling.

Fitting notes: the arms attach to the CC-02 rear mounting points using the usual hardware. Verify thread types and ball stud orientations to ensure correct installation and to avoid confusing front and rear lengths. After fitting, perform a static alignment and a brief low-speed run to confirm clearances around the axle and driveshafts.

Care and tuning advice: aluminium links resist bending but can shift impact forces to nearby plastic pivots and mounts; inspect these areas after initial runs. Tweak link lengths and angles in small increments and combine with damper and ride-height adjustments to fine tune handling balance.

Switching to stiffer aluminium links stabilises geometry under load, which can alter traction and body roll; expect to retune shocks and ride height to maintain balance.
Because aluminium transfers higher loads, adjacent plastic mounts and pivots should be inspected and reinforced if showing wear after initial runs.
Perform a static geometry check, verify fastener torque, then do a short, low-speed shakedown to confirm axle and driveshaft clearance before full operation.

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