Kawasaki Teryx 800 Extreme Badass Heavy-Duty CVT Drive Belt
**Will Ship around February 1st**
FITMENT
- Kawasaki Teryx 4 : 2016+
- Kawasaki Teryx 800 : 2016+
FEATURES
- Built for high strength, flexibility, and heat resistance
- Higher power transfer through your clutch
- Smooth engagement
- Built for thousands of miles of abuse
DETAILS
Upgrade Your Belt
Your Kawasaki Teryx 800 is a beast, and it chews through belts faster than you probably realize. Don’t stick with stock—upgrade to an Extreme Badass Heavy-Duty CVT Drive Belt that can take the heat. It’s more durable, runs cooler, and engages smoother than stock. It’s the replacement your Teryx needs.
Built for High Torque
When you have big tires and a gear reduction, you put a ton of strain on your CVT belt every time you hit the gas. Good thing Extreme Badass Belts use an aramid core and high-strength rubber compound. It can handle huge torque loads without slipping, fraying, or stretching—even when you’re riding in low through rocks and mud. Plus, it gives you perfectly smooth engagement and runs cooler. It’s a centrifugal clutch belt that can’t be beat.
Your Kawasaki Teryx 800 is a beast, and it chews through belts faster than you probably realize. Don’t stick with stock—upgrade to an Extreme Badass Heavy-Duty CVT Drive Belt that can take the heat. It’s more durable, runs cooler, and engages smoother than stock. It’s the replacement your Teryx needs.
Built for High Torque
When you have big tires and a gear reduction, you put a ton of strain on your CVT belt every time you hit the gas. Good thing Extreme Badass Belts use an aramid core and high-strength rubber compound. It can handle huge torque loads without slipping, fraying, or stretching—even when you’re riding in low through rocks and mud. Plus, it gives you perfectly smooth engagement and runs cooler. It’s a centrifugal clutch belt that can’t be beat.
⚠ California Proposition 65 Warning ⚠
WARNING: This product may contain a chemical known to the State of California to cause cancer or birth defects or other reproductive harm.