Red Hawk Drive Clutch CP0006 for Yamaha G2 G22 4 Cycle Golf Cart Smooth Power Transmission for Reliable Performance

Engineered for Yamaha G2-G22 4-cycle gas golf carts from 1985 onward, the RED HAWK CP-0006 Drive Clutch delivers reliable, smooth power transfer for daily driving and fleet use. Designed for enthusiasts and professional mechanics alike, it blends Red Hawk’s precision engineering with durable, easy-install hardware.

• Compatibility: Fits ALL 4-cycle Yamaha G2–G22 models built from 1985 and newer, ensuring a direct upgrade path for your cart.
• Bolt-on Installation: This is a bolt-on assembly and does NOT require weight link kits or pins (clutch puller needed). Quick, straightforward installation for a professional or DIY mechanic.
• Durable Construction: Crafted from high-quality materials designed to withstand regular use and provide long-lasting performance in demanding driving conditions.
• Direct OEM-Style Upgrade: Replaces the Yamaha OEM drive clutch with a modern, performance-oriented solution, compatible with OEM references such as JN6-G6201-03/04.
• Extended Compatibility: Also compatible with Yamaha G29/G29 Drive configurations when using the JW1-66249-01-00 bolt (extension option for broader fitment).
• Availability: Product availability can vary and backorders may occur during peak demand, so plan ahead for timely replacements.

Benefits: Replacing a worn or slipping primary clutch with the CP-0006 improves throttle response and acceleration consistency, especially on hills or uneven terrain. A newer drive clutch helps manage engine load more predictably, which reduces belt wear and protects the transmission over time. The bolt-on design minimizes downtime—ideal for club fleets, repair shops, or any user who relies on dependable performance from their Yamaha G2-G22 gas cart. As a direct OEM-style replacement, you preserve the cart’s original driving characteristics while upgrading to a more reliable, durable component. For professionals and serious enthusiasts, this means fewer maintenance interruptions and more confident operation across everyday use and demanding conditions.