TAMIYA DT-03 Front Lower Suspension Arm, Red Aluminum JR-DT300-RD by Jazrider  [JR-DT300-RD]

Tamiya DT-03 Aluminum Front Lower Suspension Arm (Red)
Price:
USD$15.10
Brand:
JAZRIDER
Model:
JR-DT300-RD
Condition:
Brand New
Available in shop
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What this lower arm does and how it fits

This aluminium front lower arm is supplied as an aftermarket replacement for the TAMIYA DT-03 chassis, matching factory mounting points to maintain original steering geometry. It provides a metal alternative to the OEM plastic arm for users wanting a firmer attachment and easier servicing.

The red finish is cosmetic; the performance benefit comes from the aluminium construction which reduces flex and helps preserve wheel alignment under load. Intended use is for replacement and setup stability, not for changing chassis geometry beyond manufacturer specifications.

Install using standard DT-03 methods: remove the wheel and hub, release the retaining hardware, swap in the new arm keeping existing bushings or bearings, and reassemble with the chassis fasteners. Confirm full range of motion and clearance of steering components after installation.

Specifications

  • Item: Tamiya DT-03 Aluminum Front Lower Suspension Arm (Red)
  • Material: Aluminum
  • Model Number: JR-DT300-RD
  • Compatibility: Tamiya DT-03 chassis

Select this arm when replacing worn plastic components or when a metal part is preferred for reliable handling; always check fit and fastener torque during assembly.

No chassis modification is required; the arm is manufactured to match DT-03 factory mounting locations for a direct swap installation.
Aluminium offers a firmer mounting point which can improve feel and consistency, particularly under load or with drivetrain upgrades; results vary with overall setup.
Inspect for nicks or thread wear, keep the finish clean after wet use, and re-torque fasteners after initial runs to ensure secure fitment.
Yes, minor cosmetic wear can be touched up with compatible paint or refinished professionally, though the structural integrity is governed by the aluminium core rather than the coating.