TAMIYA CC-02 Link Arms Upgrade - JR-CC2ARM-BK by Jazrider  [JR-CC2ARM-BK]

Tamiya CC-02 Chassis Aluminum Upper & Lower Suspension Link Arms Set (Black)
Price:
USD$35.30
Brand:
JAZRIDER
Model:
JR-CC2ARM-BK
Condition:
Brand New
Available in shop
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Aftermarket aluminum link arms for CC-02

This anodized aluminum upper and lower suspension link arm set is an aftermarket replacement for the TAMIYA CC-02 chassis, identified by model JR-CC2ARM-BK. It replaces factory plastic links when a more rigid, repeatable linkage is required for precise suspension tuning.

The components are machined from aluminum to maintain consistent linkage geometry under load, assisting with shock-rate adjustments and accurate axle locating during setup. The arms mount to the OEM CC-02 link points and accept standard ball ends and mounting hardware used on the chassis.

Fitment guidance: remove the original links, inspect and renew worn ball studs or screws as necessary, and fit the aluminum arms to the chassis' stock mounting positions. Confirm articulation and alignment to avoid contact or binding at full travel.

Tuning advantage: aluminum arms reduce unwanted deflection relative to plastic, providing a firmer pivot for suspension geometry changes and helping secure repeatable link lengths for crawling and trail applications.

Specifications

  • Item Aluminum upper & lower suspension link arms set
  • Material Aluminum
  • Model Number JR-CC2ARM-BK
  • Compatibility TAMIYA CC-02 chassis

The JR-CC2ARM-BK kit is made for modelers seeking a stable, durable linkage upgrade for CC-02 chassis tuning while preserving original mounting geometry.

Prepare by cleaning mounting points and checking ball studs; replace any worn hardware to ensure a secure installation.
Test with incremental suspension adjustments and closed-loop runs to observe how firmer links affect axle behaviour and shock response.
They work with standard CC-02 geometry; heavily modified link mounts should be checked for compatibility before fitting.
Check fasteners for tightness, inspect ball-stud wear periodically, and verify that no binding occurs through full suspension travel.