All Balls Racing ABR25-9032 CVT Drive Belt for 2016-2024 CFMOTO CForce 400 and CForce 400 AU

• Compound made up of high strength aramid cords & fibers for increased grip
• Designed to operate up to 20 degrees cooler than stock belts
• Manufactured with deeper cogs and improved flexibility

The All Balls Racing ABR25-9032 CVT Drive Belt is engineered for powersports applications requiring dependable grip, flexibility, and heat resistance. Designed for 2016-2024 CFMOTO CForce 400 and CForce 400 AU models, this replacement belt helps maintain consistent CVT performance during demanding riding and utility use.

Its high-strength aramid cord and fiber compound provides increased grip and durability compared with conventional belt materials. The belt is designed to operate up to 20 degrees Fahrenheit cooler than stock belts, helping reduce heat-related wear during extended operation. Deeper cogs and improved flexibility support smooth engagement, reliable power transfer, and proper operation through the CVT drive system.

Built as a direct replacement-style component, the All Balls Racing ABR25-9032 CVT belt is suited for riders and technicians seeking a durable solution for worn, stretched, or damaged original equipment belts. Verify model year, engine configuration, and existing belt specifications before installation to ensure proper fitment.

• Brand: All Balls Racing
• Part Number: ABR25-9032
• Application: Powersports CVT drive system
• Fitment: 2016-2024 CFMOTO CForce 400 and CForce 400 AU
• Construction: High-strength aramid cords and fibers
• Performance: Designed to operate up to 20 degrees Fahrenheit cooler than stock belts
• Cog Design: Deeper cogs for improved engagement and power transfer
• Flexibility: Enhanced flexibility for smooth CVT operation

What's Included: One All Balls Racing ABR25-9032 CVT drive belt.

Features:

• High-strength aramid cords and fibers improve grip and belt durability.
• Designed to operate up to 20 degrees Fahrenheit cooler than stock belts for improved heat management.
• Deeper cogs support consistent engagement and efficient CVT power transfer.
• Improved flexibility promotes smooth operation and dependable performance.