TAMIYA CC-02 Suspension Link Arm Upgrade for Improved Durability - JR-CC2ARM-RD by Jazrider  [JR-CC2ARM-RD]

Tamiya CC-02 Chassis Aluminum Upper & Lower Suspension Link Arms Set (Red)
Price:
NZD$60.67
Brand:
JAZRIDER
Model:
JR-CC2ARM-RD
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Heavy-Duty Link Arms for CC-02 Chassis

This set of aluminum upper and lower link arms is designed specifically for the TAMIYA CC-02 chassis and carries the model number JR-CC2ARM-RD. They replace the original plastic links to provide a stiffer suspension connection and more consistent geometry during demanding off-road use.

The red anodized coating gives clear visual identification and protects the alloy from abrasive wear and corrosion found in outdoor trail conditions. Choose this kit when you need dependable link lengths and less component flex while tuning or running rough courses.

Specifications

  • Item: Tamiya CC-02 chassis upper & lower suspension link arms set
  • Material: Aluminum alloy, red anodized
  • Model Number: JR-CC2ARM-RD
  • Compatibility: Tamiya CC-02 chassis

Intended for scale off-road setups on the CC-02 platform where aluminum components are preferred for predictable suspension response; verify included parts and hardware on the listing before installation.

The red anodized layer provides a protective barrier that helps resist corrosion and surface wear compared with raw alloy finishes, though salt exposure should still be avoided when possible.
Abrasive work will remove the anodized layer; if you need to change fitment, take care and accept that surface protection may be compromised by machining or aggressive sanding.
Aluminum parts generally need the same routine checks as plastic: inspect for bends, fastener tightness and wear at pivot points; anodizing reduces surface wear but does not eliminate mechanical stress checks.
Under normal use the anodizing is robust; impacts with sharp rocks or heavy strikes can mark the surface, so inspect after hard runs and replace if structural integrity is affected.
Yes, aluminum link arms typically resist flexing better than plastic, offering more repeatable link geometry and a predictable suspension platform for tuning and heavy use.

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