- Quicker backshift which results in crisp throttle response
- Allows for easier turning of larger tires in the mud
- Designed for machines with 28 in. or larger tires
- Reduces belt slip and clutch heat
- Better low end power and torque
- Elevation 0 to 3000 feet
The EPI 20+ Can-Am Defender HD10 XMR Mudder Clutch Kit is a high-performance upgrade designed specifically for ATVs and UTVs used in extreme mud conditions. This clutch kit effectively restores power loss caused by larger tires, particularly those exceeding 28 inches in diameter, ensuring your vehicle maintains optimal performance during challenging off-road adventures. Crafted to enhance throttle response and reduce belt slip, this kit improves overall power delivery, providing better low-end torque and enabling easier maneuvering of larger tires in muddy terrain. Designed for machines operating at elevations from sea level up to 3,000 feet, it offers a reliable solution for serious mud enthusiasts. The kit's construction helps reduce clutch heat, extending the lifespan of your drivetrain components and maintaining consistent performance even during prolonged use. Installation of the EPI Mudder Clutch Kit results in quicker backshifts, sharper throttle response, and easier turning with bigger tires, making it an essential upgrade for off-road enthusiasts who demand maximum performance in demanding conditions. Whether you're navigating deep mud pits or tackling rugged trails, this clutch kit ensures your ATV or UTV remains responsive and powerful, giving you confidence in extreme environments. The package includes everything necessary for a straightforward installation, backed by EPI's reputation for quality and durability in powersports performance parts.
Features:
- Designed for ATVs and UTVs with 28-inch or larger tires
- Restores power loss caused by larger tires
- Improves throttle response with quicker backshifts
- Reduces belt slip and clutch heat for increased durability
- Enhances low-end power and torque for tough terrain
- Optimized for elevations from sea level to 3,000 feet
