Tamiya TT-02/TT-02B Chassis Aluminium Hi-torque Servo Saver 25T & Aluminium Tie Rod by JAZRIDER JR-TT2B08-GU  [JR-TT2B08-GU]

Jazrider Tamiya TT-02/TT-02B Chasis Aluminium Hi-torque Servo Saver 25T w/Aluminium Tie Rod Set (Gun Metal)
Price:
USD$6.90
Brand:
JAZRIDER
Model:
JR-TT2B08-GU
Condition:
Brand New
Available in shop
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Aluminium servo saver & tie rod for TT-02/TT-02B

This aluminium servo saver and matching tie rod set is built as a direct-fit steering upgrade for Tamiya TT-02 and TT-02B chassis. The assembly replaces the stock plastic saver components with an aluminium saver that uses a 25T spline interface to accept standard 25T servo outputs, and aluminium tie rods to improve steering rigidity.

Fit and role: the kit is intended to protect the servo output under load while giving a firmer steering linkage for sharper response during setup changes. It is an RC-scale part designed to work within the TT-02/TT-02B steering geometry and to provide a stable interface between the servo and the steering knuckles.

Installation notes: the saver mounts to the existing servo output using the 25T spline, and the tie rods replace the stock linkage ends. Basic trimming or adjustment of turnbuckles may be required to correct toe and steering centring after fitment. Check spline alignment and thread engagement during installation to avoid binding.

Tuning impact: replacing plastic saver parts with aluminium increases steering feedback and reduces flex under higher steering loads, which can help when tuning steering response or running stiffer front setups. Users who prefer a predictable steering feel during lap tuning or practice runs may find this upgrade useful.

The set is specified for TT-02 and TT-02B steering layouts, verify fit against your existing servo spline and steering linkage before installation.
The kit is designed to use standard mounting points and common hardware; inspect included parts and reuse compatible screws where appropriate.
Aluminium tie rods and saver reduce flex compared with plastic, producing firmer steering feedback which can aid precise tuning.

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