TRF 415 Titanium screw upgrade TS-415/V1 by 3Racing  [TS-415/V1]

Tamiya TRF 415 Titanium Screw Set - 3RACING TS-415/V1
Price:
USD$27.60
Brand:
3Racing
Model:
TS-415/V1
Condition:
Brand New
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Technical summary for TRF 415 titanium fasteners

This titanium screw set is engineered for use with the Tamiya TRF 415 chassis and associated TRF 415 components. The kit supplies titanium hardware to reduce corrosion and lower mass where standard alloy steel fasteners are commonly used, supporting precision assembly and setup work for competitive applications.

Intended for experienced technicians, installation requires the correct hex drive sizes and controlled torque to avoid thread damage in thin alloy parts. Fit these screws to suspension fixings, shock towers, and chassis plates where reduced weight and improved corrosion resistance are preferred.

Prior to final assembly, verify each fastener for correct thread engagement and length against the original part, and avoid applying excessive torque. Use model-appropriate threadlocker in minimal amounts where vibration resistance is required to retain hardware without harming fine-scale threads.

Specifications

  • Item: Titanium screw set
  • Material: Titanium
  • Model Number: TS-415/V1
  • Compatibility: Tamiya TRF 415 chassis

A precision upgrade for TRF 415 builders seeking improved corrosion resistance and lower fastener mass to aid accurate setup and race preparation. by 3Racing

What inspection steps should I take before installation?

Confirm thread pitch, engagement depth, and head style match the mating part, and measure length against the original screw to avoid interference with bearings or electronics.

Any recommended torque practice for titanium?

Apply modest, consistent torque using a torque-limited driver where possible; titanium fasteners and model-threaded parts tolerate lower clamp loads than full-size hardware.

How should I handle threadlocker application?

Use a low to medium strength threadlocker formulated for models and apply sparingly only on joints prone to vibrational loosening to preserve serviceability.