TAMIYA TRF415/FF03/TA-05IFS CNC Aluminium Suspension Mount 415-01/B1C/V2 by 3Racing  [415-01/B1C/V2]

Tamiya TRF 415 FF03 TA-05IFS TRF-416 Option Aluminium Suspension Mount (B1C) - Ver. 2 - 3RACING 415-01/B1C/V2
Price:
USD$5.00
Brand:
3Racing
Model:
415-01/B1C/V2
Condition:
Brand New
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Technical aluminium pick-up for TAMIYA race chassis

This Ver.2 aluminium suspension mount is produced as an aftermarket upgrade for TAMIYA TRF415 related chassis lines. The machined aluminium design replaces the original plastic pick-up to provide a stiff, accurate mounting reference for suspension arms and linkages on the TAMIYA platforms listed in the model designation.

Performance intent and setup notes: the stiffer aluminium pick-up reduces compliance at the hinge, shifting roll centre behaviour and improving steering precision. Fit this mount for controlled testing of arm angle, anti-squat and anti-dive parameters or when consistent geometry is required across repeated runs. The aluminium unit offers more consistent hinge action than flexible plastic on long test sessions.

Professional installation tips: the component is a direct-fit replacement for the specified TAMIYA chassis; reuse factory fasteners where compatible and verify alignment before final torqueing. After initial running, inspect mounting points for correct articulation and absence of binding. Installation requires standard RC hex drivers and setup measurement tools only.

The mount is targeted at TRF 415 family designs and compatible variants including FF03, TA-05IFS and TRF-416 as referenced in the product designation. Verify pickup geometry before installation.
Use the factory hex screws where fitment is confirmed. Torque to the kit recommended spec and retest articulation; if using threadlocker choose a medium strength product and avoid over-torquing to prevent distortion.
Expect improved repeatability of suspension geometry, reduced variance in roll centre under load and a cleaner steering signal when comparing setup iterations, which makes data-driven tuning more reliable.