FKV-S020 STM Slipper clutch Kove 450RR 2024-2026

The STM wet slipper clutch for Kove 450RR 2024-2026 is designed to improve motorcycle control during braking, downshifting, and corner entry, where engine braking can transfer strong negative torque to the rear wheel. Under these conditions, rear-wheel hopping, loss of traction, and instability may occur, especially during sporty riding or track use.

The STM slipper system operates exclusively during deceleration, managing the negative torque transferred to the rear wheel and helping keep the Kove 450RR more stable and composed under braking.

The clutch is manufactured using high-quality materials such as Ergal aluminum alloy, selected to provide high strength with significantly reduced weight compared with many OEM clutch assemblies. Its precise machining and racing-oriented design make it particularly suitable for riders looking to improve drivetrain feel, control, and mechanical quality.

STM wet slipper clutch for Kove 450RR 2024-2026

The system retains a wet clutch configuration, integrating STM slipper technology into the Kove 450RR drivetrain. Its main advantage is more progressive management of engine braking during aggressive downshifts.

How does the STM slipper clutch work on the Kove 450RR?

When the engine produces negative torque during deceleration, the system reduces the abrupt engine-braking effect transferred to the rear wheel. This helps limit rear-wheel hop and loss of grip, improving stability under hard braking.

Why install an STM clutch on the Kove 450RR?

In addition to improved braking control, the lightweight and resistant Ergal construction helps reduce mass compared with a conventional clutch assembly. More progressive management of negative torque may also help reduce some drivetrain stress during aggressive downshifting.

Technical features:

• Brand: STM
• Model: Wet slipper clutch
• Compatibility: Kove 450RR 2024-2026
• Product type: Slipper / anti-hopping clutch
• Configuration: Wet clutch
• Main material: Ergal aluminum alloy
• Main function: Negative torque management during deceleration
• System activation: During braking and downshifting
• Rear-wheel effect: Reduced wheel hop and traction loss
• Technical objective: Improved braking and corner-entry stability
• Weight: Reduced compared with many OEM configurations
• Manufacturing: High-precision racing-oriented construction
• Intended use: Sport road riding, track days and Racing

Suitable for: