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

Tamiya CC-02 Chassis Aluminum Rear Lower Suspension Link Arms (Red)
Price:
CAD$12.20
Brand:
JAZRIDER
Model:
JR-CC210-RD
Condition:
Brand New
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Aluminum Rear Lower Links for CC-02

This RC-scale rear lower suspension link arm set is intended for Tamiya CC-02 chassis applications and is offered as model JR-CC210-RD. The write-up covers fitment notes, installation tendencies, and how these links influence suspension geometry and handling in scale trail and crawler setups.

The links are machined aluminum designed to replace stock plastic components to cut flex and keep alignment under load. As a hop-up item they change rear axle position, roll center and anti-squat behavior when combined with the CC-02's existing mounting points and turnbuckles. Make incremental changes and document your baseline before altering multiple linkage points so you can isolate effects.

Installation notes: these arms bolt into the standard CC-02 rear suspension mounts using the chassis hardware. Confirm thread types, ball stud styles, and left/right lengths before fitting to avoid cross-matching. After assembly perform a static alignment check and a slow test run to verify axle, driveshaft and body clearances.

Maintenance and tuning: aluminum links resist deformation but can pass higher shock loads to adjacent plastic pivots and mount tabs; inspect those areas after initial runs. Tweak link angles and lengths in small steps and pair changes with damper and ride-height adjustments for balanced handling.

They are manufactured for the CC-02 architecture; confirm your vehicle uses the standard CC-02 rear mounting points and hardware before ordering.
Aluminum reduces link flex for steadier geometry under load, which improves consistency on technical trails, though it can shift impact loads to plastic mounts so inspect those parts regularly.
Check ball stud orientation and thread pitch, fit one side at a time to compare lengths, and do a static alignment check before the first dynamic run.

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