Kawasaki Teryx H2 Fusion Primary Clutch by KWI

Take your Kawasaki Teryx H2 to the next level with the KWI Fusion H2 Primary Clutch, a fully billet performance clutch engineered to handle extreme horsepower, high heat, and aggressive riding. Built from aerospace-grade materials and designed with KWI's Groovix cooling technology, the Fusion H2 Primary delivers stronger power transfer, cooler belt temperatures, and exceptional durability.

It was designed for riders pushing the limits of the H2 platform. Whether you're running a stock engine or a high-horsepower build, the Fusion H2 provides the strength, cooling, and adjustability needed to keep your machine performing consistently under the most demanding conditions.

Overview

The Fusion H2 Primary is a ground-up performance upgrade for the Kawasaki H2 clutch system. Precision-machined from billet materials, it is built to withstand the heat and load generated by high-performance riding. By combining advanced billet construction, Groovix cooling technology, and adjustable clutch tuning, it delivers smoother engagement, stronger acceleration, improved throttle response, and significantly lower belt temperatures.

This clutch wasn't engineered only behind a computer screen. It has been built and proven in the desert with wheels on the ground, with race teams including Broken Skull Racing and GFI Racing pushing it through some of the most demanding terrain imaginable. From high-speed desert runs to brutal off-road conditions, the Fusion H2 Primary is engineered to keep your machine performing when it matters most.

Key Features

• Billet construction machined from aerospace-grade materials for maximum strength and durability under extreme horsepower and heat
• Groovix cooling technology improves airflow and reduces belt temperatures, helping extend belt life and maintain consistent clutch performance
• Adjustable clutch tuning for different terrain, tire sizes, and power levels
• Improved power transfer for faster throttle response, stronger acceleration, and more consistent power delivery through the CVT
• Built for high-performance builds, from stock engines to high-horsepower applications
• Desert-proven performance, tested in real-world conditions by Broken Skull Racing and GFI Racing

Specifications

• Brand: KWI
• Platform: Kawasaki Teryx H2
• Construction: full billet, aerospace-grade materials
• Cooling: KWI Groovix cooling technology
• Tuning: adjustable clutch tuning for terrain, tire size, and power level
• Application: stock through high-horsepower builds

Fitment

Fits the Kawasaki Teryx H2 platform.

Frequently Asked Questions

What machine does the Fusion H2 Primary fit?

It is built for the Kawasaki Teryx H2 platform.

What is Groovix cooling technology?

It is KWI's cooling design that improves airflow and reduces belt temperatures, helping extend belt life and maintain consistent clutch performance.

Will it handle a high-horsepower build?

Yes. The billet aerospace-grade construction is designed to handle everything from stock engines to high-horsepower applications.

Can I tune the clutch?

Yes. The Fusion H2 Primary offers adjustable clutch tuning so you can dial it in for different terrain, tire sizes, and power levels.

Has this clutch been tested in real conditions?

Yes. It has been built and proven in the desert by race teams including Broken Skull Racing and GFI Racing in demanding off-road terrain.

What does it improve over the factory primary?

It delivers smoother engagement, stronger acceleration, improved throttle response, and significantly lower belt temperatures compared to the factory setup.

Why KWI

KWI Clutching builds race- and desert-proven clutch systems engineered for real-world reliability. The Fusion H2 Primary reflects KWI's focus on strength, cooling, and adjustability for the hardest riding conditions.

Order From Dunes 2 Dezert SXS

Upgrade your Kawasaki Teryx H2 with the KWI Fusion H2 Primary Clutch, available now from Dunes 2 Dezert SXS. Questions about tuning or fitment for your build? Reach out to our team before you buy.