All Balls Racing ABR25-9030 CVT Drive Belt for 2024 CFMOTO CForce 800 XC

• 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 ABR25-9030 CVT drive belt is designed for the 2024 CFMOTO CForce 800 XC powersports application. Built as a reliable replacement for the original equipment belt, it supports consistent power transfer through the continuously variable transmission while helping maintain dependable performance during trail riding, utility use, and demanding operating conditions.

All Balls Racing uses a high-strength aramid cord and fiber compound to provide increased grip and durability. The belt is engineered to operate up to 20 degrees Fahrenheit cooler than stock belts, helping reduce heat-related wear during extended or heavy-duty use. Deeper cogs and improved flexibility promote smooth engagement, reliable pulley contact, and effective operation across the CVT’s operating range.

Designed for direct application-specific replacement, the ABR25-9030 combines durable construction with performance-focused materials. Verify the vehicle application and compare the original belt before installation to ensure proper fitment. This product is supplied as one CVT belt and is intended for the 2024 CFMOTO CForce 800 XC.

Key Product Specifications & Technical Data

• Brand: All Balls Racing
• Part Number: ABR25-9030
• Product Type: CVT drive belt
• Vehicle Type: Powersports
• Application: 2024 CFMOTO CForce 800 XC
• Construction: High-strength aramid cords and fibers
• Performance Design: Up to 20 degrees Fahrenheit cooler operation than stock belts
• Tooth Profile: Deeper cogs with improved flexibility

What's Included

• One All Balls Racing ABR25-9030 CVT drive belt

Features:

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