Dayco XTX Drive Belt

Upgrade your ride with the Dayco XTX Drive Belt, engineered for extreme performance and durability. This high-performance drive belt is designed to deliver superior power transfer and responsive engine braking for motorcycle enthusiasts demanding the best.

Description

The Dayco XTX Drive Belt is a premium replacement component crafted from specially formulated, high-temperature polychloroprene and reinforced with aramid fibers. This advanced material construction ensures exceptional strength and heat resistance, allowing for increased horsepower capacity and a more efficient transfer of power to your wheels. Experience reliable performance at well over 12,000 RPMs, translating to faster, more consistent throttle response and enhanced durability under demanding conditions. The innovative design features deeper cogs on the top and uniquely rounded cogs on the bottom. This breakthrough engineering provides ultimate flexibility, significantly extending belt life, and promoting cooler running temperatures compared to standard belts. With a width of 32.5 mm (1-9/32") and a length of 908 mm (35.74"), this XTX drive belt is optimized for precise fitment and superior function, offering responsive engine braking during deceleration for improved control.

Features & Highlights

• Extreme High-Temperature Polychloroprene: Specially formulated material withstands intense heat, ensuring peak performance and longevity even in aggressive riding conditions.
• Aramid Fiber Reinforcement: Provides superior strength and rigidity, significantly increasing horsepower capacity and maximizing power transfer efficiency.
• Responsive Engine Braking: Delivers enhanced deceleration control, offering a safer and more confident riding experience.
• Optimized for High RPMs: Reliably performs at over 12,000 RPMs for consistently fast throttle response and improved overall durability.
• Breakthrough Cog Design: Features deeper top cogs and rounded bottom cogs for ultimate flexibility, extended belt life, and cooler operating temperatures.