TAMIYA Hotshot Rear Lower Suspension Arms in Red Anodized Aluminum - JR-THS07-RD by Jazrider  [JR-THS07-RD]

Tamiya Hotshot, Super Hotshot Aluminum Rear Lower Suspension Arms (Red)
Price:
CAD$22.42
Brand:
JAZRIDER
Model:
JR-THS07-RD
Condition:
Brand New
Available in shop
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Aluminum rear lower arm summary

These aluminum rear lower suspension arms are made for TAMIYA Hotshot and Super Hotshot chassis, offering a direct aluminum replacement in a red finish. The parts increase suspension stiffness and deliver more repeatable geometry compared with the stock plastic arms, intended for hobby-grade RC use.

The arms work well where stable mounting points and consistent behavior are needed during setup or club racing. Installation requires basic removal of the rear lower arms and swapping in the aluminum pieces; the factory mounting points and hardware remain compatible with this upgrade.

As a tuning baseline, the stiffer arms reduce flex that can obscure setup changes, helping pilots evaluate camber, toe, and roll-center adjustments as well as changes to spring rates or anti-roll bars.

Specifications

  • Item: Rear lower suspension arms (red)
  • Material: Aluminum
  • Model Number: JR-THS07-RD
  • Compatibility: Tamiya Hotshot, Super Hotshot

Select these arms when you want a durable, dimensionally stable rear lower arm to support consistent handling and suspension tuning on Hotshot-series buggies.

They are manufactured to the Hotshot and Super Hotshot mounting geometry and fit using the existing mounting points and hardware, so no chassis cutting is expected for standard installations.
Most stock screws and hinge pins can be reused; inspect factory hardware for wear and replace any damaged pins or screws before final assembly.
Aluminum lowers reduce flex at the pivot, yielding a more consistent pivot feel that makes suspension adjustments more predictable when changing springs or anti-roll bars.
Clean with a soft brush and mild detergent if required, and avoid abrasive tools or harsh solvents that could harm the anodized surface.

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