TA05-IFS Titanium Turnbuckle Kit TBS-IFS/V1 by 3Racing  [TBS-IFS/V1]

Tamiya TA05-IFS Titanium Turnbuckle Set - 3RACING TBS-IFS/V1
Price:
USD$21.30
Brand:
3Racing
Model:
TBS-IFS/V1
Condition:
Brand New
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Technical turnbuckle package for TA05-IFS

This titanium turnbuckle kit is engineered as an aftermarket adjustable linkage solution for TA05-IFS chassis variants, offering a step up in corrosion resistance and predictable wear characteristics over standard steel components. It is targeted at hobbyists and tuners seeking repeatable adjustment behaviour under iterative setup cycles.

Use these threaded links to perform fine camber and toe corrections; the titanium material reduces fretting at ball ends and helps retain geometry throughout repeated adjustments. Incremental thread adjustment removes the need for multiple fixed-length rods when dialling in settings.

Installation protocol: replace link ends sequentially to maintain alignment, confirm thread engagement and direction before final clamping, and set static geometry with a calibrated setup stand or measured references. Employ locknuts or established thread-locking techniques appropriate for your chassis to secure settings during running.

Specifications

  • Item: Titanium Turnbuckle Set
  • Material: Titanium
  • Model Number: TBS-IFS/V1
  • Compatibility: Tamiya TA05-IFS

Chassis compatibility

  • Tamiya TA05-IFS

Recommended for precision tuning tasks where corrosion resistance and stable adjustment are required on TA05-IFS 1/10 touring cars; validate fit and thread engagement before competitive use.

What thread pitch is used on these turnbuckles?

Verify thread pitch against your stock links; the kit is supplied to match TA05-IFS specification, but confirming with calipers or a thread gauge is good practice before installation.

How does titanium affect joint wear?

Titanium resists corrosion and reduces surface fretting, resulting in more consistent thread engagement over time compared with untreated steel under similar use conditions.

Are there any special fastening recommendations?

Use controlled torque when tightening and secure the adjustment with locknuts or a low-strength thread-lock product; avoid excessive torque to prevent thread damage.