Forged from high-silicon aluminum alloy for maximum strength and dependability.
Innovative forging design and piston skirt provide maximum horsepower and torque.
Wiseco High-Performance piston kits are priced with piston, rings, pins and circlips (unless noted otherwise).
Oversize pistons require cylinder sleeving.
The WiseCo Kawasaki JS550 Pro-Lite 2953TC Piston (Part Number 516M07500) is designed for optimal performance and durability in Kawasaki JS550 engines. Crafted with precision, this piston features high-quality materials that ensure reliable operation and long-lasting wear resistance. Its lightweight construction helps improve engine responsiveness and efficiency, making it an excellent choice for both professional repairs and high-performance modifications. The piston’s dimensions are engineered to provide a perfect fit, maintaining the engine’s power output and smooth operation over time.
Constructed with attention to detail, the WiseCo piston incorporates features such as a robust design that withstands high temperatures and pressure, essential for demanding riding conditions. The precision-machined surfaces guarantee a tight seal within the combustion chamber, contributing to better compression and overall engine performance. Compatibility with Kawasaki JS550 models makes this piston a reliable replacement part that restores the engine’s original power and efficiency.
Whether you are rebuilding your Kawasaki JS550 or upgrading your engine components, the WiseCo 516M07500 piston offers the quality and performance needed for a successful project. It is easy to install and designed to meet or exceed OEM specifications, ensuring a seamless fit and reliable operation. Trust WiseCo to deliver durable parts that keep your ATV running smoothly for miles to come.
Features:
- High-quality construction for durability and performance
- Designed specifically for Kawasaki JS550 engines
- Precision-machined for an exact fit and optimal sealing
- Lightweight design improves engine responsiveness
- Resistant to high temperatures and pressure for demanding conditions
