Kyosho FW06 Titanium Screw Set by 3Racing TS-FW06/V1  [TS-FW06/V1]

Kyosho FW06 Tamiya DT02 Titanium Screw Set - 3RACING TS-FW06/V1
Price:
USD$38.70
Brand:
3Racing
Model:
TS-FW06/V1
Please kindly input your name and email address, we will inform you once we have the restocking.
Or you may find similar product under the
category
Write a review

Titanium screw set for FW06/DT02

This titanium screw kit is a scale RC hardware pack designed to replace or upgrade small fasteners on compatible touring and drift chassis. The set focuses on corrosion resistance and reduced mass where high-strength, low-weight fasteners are required for repeated assembly and maintenance tasks on model car chassis.

Intended role: provide durable, lightweight replacement fasteners for structural mounting points and accessory fittings that benefit from titanium's material properties. Installation follows standard fastener practice for model assemblies, using appropriate hex drivers and torque control to avoid stripping alloy threads or over-tightening plastic parts.

Compatibility is stated in the product name, so use the set where screws match original hole sizes and thread types on the listed chassis. Verify thread engagement length and head type before final assembly when swapping from steel to titanium fasteners to ensure proper clamping and clearance.

Specifications

  • Item: Titanium Screw Set
  • Material: Titanium
  • Model Number: TS-FW06/V1
  • Compatibility: Kyosho FW06, Tamiya DT02

Use this kit where titanium's corrosion resistance and lower mass are desired for repeated teardown and rebuild cycles; confirm fitment before committing to full replacement on any chassis component.

Compatibility is indicated in the product name and specifications, listing Kyosho FW06 and Tamiya DT02; check physical fit before widespread replacement.
Titanium fasteners can be used with plastic, but tighten carefully and use appropriate thread engagement to avoid cracking or stripping the substrate.
Use the correct hex driver for the screw head size and apply controlled torque; avoid power tools for final seating to prevent over-torque.
Thread locker choice depends on the joint and service needs; use low-strength locker for frequent disassembly and medium-strength for vibration-prone locations.

Copyright © 2008-2026 rcjaz.com All rights reserved