Axial Yeti Aluminum Servo Saver Set by JAZRIDER YT-25007-GU  [YT-25007-GU]

Axial Racing Yeti Aluminum Servo Saver Set (Gunmetal)
Price:
USD$24.90
Brand:
JAZRIDER
Model:
YT-25007-GU
Condition:
Brand New
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Aluminum Servo Saver for Axial Yeti

This aluminum servo saver set is an RC-scale replacement part produced by JAZRIDER for the Axial Yeti chassis, finished in gunmetal. It replaces common plastic servo saver components with a machined aluminum assembly to reduce flex at the steering linkage and provide a firmer interface between the servo output and the steering geometry.

Installation is straightforward for hobbyists familiar with 1/10-scale rock racers: remove the stock servo saver, transfer any reusable hardware and servo horn, fit the aluminum saver to the servo spline, and verify centring and steering throw before final tightening. The part is intended to work within the existing steering linkage layout of the Axial Yeti without modifying chassis members.

In tuning terms the aluminum saver serves two roles: it reduces deformation under load to improve repeatable steering input, and it can change the perceived steering stiffness compared with softer stock pieces. That makes it useful when adjusting steering feel or when running more powerful servos where plastic components might deform under repeated loading.

Specifications

  • Item: Axial Racing Yeti Aluminum Servo Saver Set (Gunmetal)
  • Material: Aluminum
  • Model Number: YT-25007-GU
  • Compatibility: Axial Racing Yeti chassis

Fit this unit when you need a more rigid servo-to-linkage interface on Axial Yeti kits, confirm servo spline compatibility and linkage geometry during installation, and re-check centring after the first run.

The saver mounts to the servo spline used on Axial Yeti kits; verify your servo spline count and fitment before final installation.
Check the package contents from your retailer; if original hardware is not supplied you can reuse compatible screws and the stock servo horn where applicable.
Aluminum reduces flex compared with plastic parts, producing a firmer steering response and more repeatable steering inputs under load.
Periodically check fasteners for tightness and inspect mating surfaces for wear; light thread locker on screws is optional for high-vibration use.

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