Wrp Suzuki Rm 80/yamaha Yz 80 83-18 Rear Sprocket Black 47t. Upgrade your Suzuki RM 80 or Yamaha YZ 80 (1983-2018) with the WRP High-Performance Rear Sprocket. Precision CNC machined from special billet aluminum alloy, it offers superior durability and resistance to extreme torque. Anodized finish prevents corrosion, while self-cleaning mud grooves extend chain and sprocket life. Machined lightening reduces weight for improved handling and acceleration. Available in OEM and optional gearing, it´s perfect for racers and trail riders seeking enhanced performance and reliability. WRP High-Performance Rear Sprocket for Suzuki RM 80 & Yamaha YZ 80 (1983-2018)Unleash the full potential of your legendary two-stroke machine with the WRP Rear Sprocket, meticulously engineered for the Suzuki RM 80 and Yamaha YZ 80 models spanning from 1983 to 2018. As a critical component of your motorcycle´s transmission, the rear sprocket plays a pivotal role in translating engine power to the rear wheel. This premium aftermarket sprocket is designed not just as a replacement, but as a significant upgrade, delivering a tangible improvement in performance, durability, and overall ride quality for both competitive racers and demanding trail riders.Crafted with an unwavering commitment to excellence, the WRP rear sprocket is the ultimate choice for riders who refuse to compromise. The foundation of its superior performance lies in its construction. By utilizing advanced CNC machining techniques on a special billet aluminum alloy, WRP achieves a level of precision that stock components cannot match. This process guarantees perfect concentricity and an exact tooth profile, ensuring a flawless mesh with your chain. The result is a smoother, more efficient power transfer, reduced drivetrain friction, and a noticeable enhancement in throttle response. The inherent strength of the specialized alloy provides maximum resistance to the extreme torque and stress of off-road riding, ensuring it stands up to the toughest tracks and trails without fail.Durability is extended through intelligent design features. The entire sprocket is treated with a resilient anodized finish. This isn´t just for aesthetics, it creates a hardened, corrosion-resistant surface that protects the aluminum from rust, oxidation, and the abrasive effects of mud and water. Furthermore, innovative self-cleaning mud grooves are strategically integrated between the teeth. As you ride through challenging terrain, these grooves actively channel mud, sand, and debris away from the critical contact points, drastically reducing wear and tear. This brilliant feature significantly increases the operational life of not only the sprocket but your entire chain system, saving you money and maintenance time.Engineered for the competitive edge, this sprocket is also a champion of lightweight performance. Through sophisticated computer-aided design, material is strategically removed in a process known as machined lightening. This reduces the sprocket´s overall weight to an absolute minimum without sacrificing its structural integrity or strength. By lowering the unsprung mass at the rear wheel, you will experience more responsive suspension action, quicker acceleration, and more agile handling, allowing you to change direction with greater speed and confidence.Whether you´re looking to restore your bike to its factory specifications or fine-tune your gearing for a specific track, WRP has you covered. The sprockets are available in both OEM tooth counts and a wide array of optional gearing sizes, offering the versatility to customize your bike's power delivery for tighter, technical sections or long, high-speed straights. Features:* CNC machined from special billet aluminum alloy for maximum resistance* Anodized finish to avoid corrosion* Self-cleaning mud grooves to increase chain and sprocket life* Machined lightening for maximum weight reduction without compromising strength* OEM and optional gearing available for the most popular off road racing bikes. tradeinn Motardinn
Price History
Prices were last updated on: