YAMAHA YZ 125 1974 - 1979 PROX CON ROD
ProX Con Rod Kit manufactured by leading Japanese OEM factories. Designed to exact OEM specifications for a direct and cost-efficient OEM replacement. Features double forging for superior strength, durability, and dimensional consistency. Shot peening and barrelling improve surface texture, eliminate residual stress, and smoothly blend forging surfaces. Crankpin Connecting Rod Kits include ProX oiling slots for maximized lower rod oiling and extended bearing life.
- SKU
- PROX.03-2250
- Brand
- Prox
- Availability
- In Stock (1)
FULL DESCRIPTION
ProX Connecting Rod Kit
The ProX Connecting Rod Kit is engineered to provide a high-performance, cost-effective replacement for your engine. Manufactured by leading Japanese OEM factories, these rod kits are designed to meet or exceed original equipment specifications, ensuring reliable operation and dimensional consistency for your motorcycle engine.
Every ProX connecting rod undergoes a double forging process on dedicated forgings. This specialized manufacturing technique enhances the grain flow of the metal, resulting in superior structural strength and long-term durability. To further improve longevity, the rods are shot-peened and barrelled to eliminate residual surface stress and create a smooth, refined surface finish.
Key Features
- Precision Engineering: Designed to exact OEM specifications for a direct, seamless fit.
- Double Forged Construction: Maintains superior strength and dimensional consistency through improved material grain flow.
- Optimized Oiling System: Each kit includes precisely located oiling slots designed to maximize lower rod lubrication and extend the lifespan of the bearing.
- Enhanced Surface Finish: Shot peening and barrelling processes reduce stress concentrations and provide a durable surface texture.
- Complete Kit: Supplied with the connecting rod, crankpin, big-end bearing, small-end bearing, and washers for a comprehensive rebuild solution.
- High Performance: Built to perform under extreme engine conditions while maintaining stability and reliability.