TRF 415 Aluminium Suspension Mount CNC-Style 415-01/1E/V2 by 3Racing  [415-01/1E/V2]

Tamiya TRF 415 Option Aluminium Suspension Mount (1E) - Ver. 2 - 3RACING 415-01/1E/V2
Price:
USD$5.10
Brand:
3Racing
Model:
415-01/1E/V2
Please kindly input your name and email address, we will inform you once we have the restocking.
Write a review

Technical aluminium suspension mount for TRF 415

Designed as a performance-oriented hop-up for the Tamiya TRF 415 chassis, this machined aluminium suspension mount follows part number 415-01/1E/V2. The component replaces the original plastic mount with a rigid aluminium unit to stabilise suspension pick-ups and maintain consistent shock tower interfaces under load.

Application and engineering notes

  • Compatibility: dimensioned to the TRF 415 mounting pattern to preserve factory geometry and alignment when fitted.
  • Installation: replaces the OEM piece using the stock mounting holes; careful transfer of existing fasteners is recommended to avoid thread damage.
  • Performance effect: increased local stiffness reduces micro-movement at the pick-up point, improving steering precision and repeatability during tuning cycles.

Service guidance

  • Handle hardware transfer systematically to prevent lost screws and inspect threads before reassembly.
  • Validate full suspension travel and alignment after fitment; tighter tolerances can occasionally require minor trim or adjustment.
  • Intended for scale RC model applications only.

What tolerances should I expect from the aluminium mount?

The mount is produced with tighter machining tolerances compared to molded parts, so expect closer fits at pick-up points and the shock tower interface.

Any special torque settings for fasteners?

Use moderate torque and avoid over-tightening aluminium mating faces; inspect thread condition and consider using thread locker where vibration is a concern.

How does this part affect track setup consistency?

By reducing pick-up flex, the mount helps keep suspension geometry consistent across runs, aiding more predictable handling and easier fine-tuning.