Tamiya 58080 Astute C Parts, Red Aluminum Upgrade JR-0005355-RD by Jazrider  [JR-0005355-RD]

Jazrider Aluminum C Parts (Red) For Tamiya 58080 Astute RC Buggy
Price:
£30.39
Brand:
JAZRIDER
Model:
JR-0005355-RD
Condition:
Brand New
Available in shop
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Red Aluminum C Components for Tamiya 58080 Astute

Offered as an aftermarket hop-up, this red anodized aluminum C parts set fits the Tamiya 58080 Astute 1/10 buggy. The metal replacements serve to stiffen the relevant chassis points compared with the original plastic items, useful for both repair and set-up tweaks.

The kit is intended specifically for the Tamiya 58080 Astute chassis and keeps the factory mounting interfaces so parts integrate with the stock steering and suspension arrangements without altering the core geometry.

Practical installation notes: these parts are intended to be fitted with the vehicle's existing fasteners and mounting locations. Use common hex drivers, verify the condition of threads, and adhere to recommended torque figures when fastening metal components to plastic or composite brackets.

Specifications

  • Item: Aluminum C Parts (Red)
  • Material: Aluminum
  • Model Number: JR-0005355-RD
  • Compatibility: Tamiya 58080 Astute RC Buggy

A sensible choice for technicians and hobbyists replacing aged C parts or seeking a firmer chassis response during setup work on the Tamiya 58080 Astute 1/10 buggy.

No special fasteners are normally required; the parts are designed to accept the Astute's existing screws. Replace any damaged screws or inserts before fitting.
Yes. The aluminum C parts are reversible and the original plastic components can be refitted using the same mounting points if desired.
Light thread-locking compound can be used on metal-to-metal fasteners where vibration is a concern, but avoid heavy locktite on threads into plastic inserts; follow manufacturer torque guidance.
No geometry changes are intended; the parts match original mounting points. Any handling difference stems from local stiffness changes rather than altered suspension geometry.

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