Kyosho slipper spring compatible with FAZER RAGE 2.0, engineered for precise tuning and enhanced performance in RC racing. [KY-FA536]

Price:

USD$4.30

Brand:

Kyosho

Model:

KY-FA536

Condition:

Brand New

Quantity:

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Description
FAQ

Optimize Your FAZER RAGE 2.0 with Kyosho's Slipper Spring

The Kyosho FA536 slipper spring is designed to fine-tune the performance of your FAZER RAGE 2.0. This component is essential for those looking to achieve optimal traction and control on various surfaces. By adjusting the slipper clutch tension, you can enhance your vehicle’s acceleration and protect the drivetrain from excessive stress during high-impact maneuvers.

Enhance Performance with Precision Tuning

Crafted for precision, the Kyosho FA536 slipper spring allows hobbyists to adjust their RC cars for specific track conditions. Whether you're racing on a smooth circuit or tackling rough terrain, this spring ensures that your slipper clutch is perfectly calibrated for peak performance.

Ideal for Maintenance and Upgrades

Regular maintenance is crucial for any serious RC enthusiast, and the Kyosho FA536 slipper spring is a reliable replacement part that ensures your FAZER RAGE 2.0 remains in top condition. It's an ideal upgrade for those who demand consistent performance and reliability from their RC vehicles.

Remark :

Due to limited stock availability, please notice that some Kyosho items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

How does the slipper spring affect my RC car's performance?

The slipper spring allows for adjustment of the slipper clutch tension, which can improve traction and protect the drivetrain by reducing stress during rapid acceleration or sudden stops.

Is this slipper spring compatible with other models?

This particular slipper spring is specifically designed for the FAZER RAGE 2.0, ensuring optimal fit and performance.