Excellent economic alternative when you are looking for an OEM quality replacement piston
Mainly manufactured in Japan by reputable Original Equipment Manufacturers to ProX exact specifications and high quality standards
Sleeved cylinder piston kits are available in standard size and a Wide range of oversizes
Plated cylinder piston kits come in standard size, as well as in A, B, C and D oversizes if available
ProX leads the industry in cast and forged pistons made specifically to replace OEM parts
Comes complete with pistons, piston rings, wrist pin and circlips
Upgrade your Kawasaki KX250 with the PROX Piston Kit, designed specifically for models from 1992 to 2004. This comprehensive kit ensures optimal engine performance and durability, making it an essential component for maintenance or rebuild projects. Crafted with precision, the piston and related components are engineered to meet or exceed OEM standards, providing reliable performance on and off the track.
The PROX Piston Kit features high-quality materials that offer excellent wear resistance and thermal stability. Its design promotes efficient combustion, which can result in improved throttle response and overall engine efficiency. Whether you're restoring your motorcycle or enhancing its performance, this kit is a perfect choice for enthusiasts and professionals alike.
Designed for ease of installation, the kit includes all necessary components to facilitate a straightforward rebuild process. PROX's commitment to quality ensures that each piston kit is manufactured with strict quality control, delivering consistent performance and longevity. Trust PROX for your Kawasaki KX250 engine needs, and enjoy a smoother, more responsive riding experience.
Features:
- Designed specifically for Kawasaki KX250 models from 1992 to 2004
- High-quality materials for excellent wear resistance and thermal stability
- Includes all essential components for a complete rebuild
- Engineered to meet or exceed OEM standards for reliable performance
- Promotes improved throttle response and engine efficiency
