TAMIYA CW-01 Lunch Box Aluminium Hi-torque Servo Saver 25T and Tie Rods by JAZRIDER JR-LB08-BK  [JR-LB08-BK]

Jazrider Tamiya CW-01 (Lunch Box) Aluminium Hi-torque Servo Saver 25T w/ Aluminium Tie Rod Set (Black)
Price:
USD$8.80
Brand:
JAZRIDER
Model:
JR-LB08-BK
Condition:
Brand New
Available in shop
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Aluminium 25T servo saver for CW-01

This JAZRIDER upgrade replaces the stock plastic servo saver and tie rods on the TAMIYA CW-01 Lunch Box chassis with machined aluminium components designed for scale RC use. The assembly is described as a 25T hi-torque servo saver paired with aluminium tie rods, offering a metal alternative where the original parts are prone to wear or flex.

Compatibility is limited to the CW-01 (Lunch Box) chassis; fitment depends on the chassis mounting points and the use of servos with a 25T spline. The unit’s role is mechanical: it interfaces between the servo output and the steering linkage to protect the servo gear train while maintaining steering precision during normal RC operation.

Installation notes: remove the existing saver and tie rods, transfer any reusable hardware where appropriate, and fit the aluminium saver to the servo spline. Check spline engagement and steering travel before use, and confirm tie rod lengths match the chassis geometry to avoid binding. No electrical changes are required.

Maintenance and tuning: aluminium parts reduce flex compared with stock plastics but still require periodic checks for thread security and alignment. Use thread-lock where recommended for metal-to-metal fasteners, and inspect linkages for straightness after impacts. The tie rods provide a stable reference for toe and steering trim adjustments during setup.

This set is intended for the CW-01 Lunch Box chassis only, compatibility with other models is not specified.
The saver is described for use with 25T splined servos; confirm your servo spline count before fitting.
Installation typically uses the chassis’ existing fixing points and common hand tools; check for reusable screws from the original assembly.

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