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 750 Mach 4 Pro-Lite Piston, part number 423M07350, is designed to enhance the performance and durability of your Kawasaki engine. Crafted with precision, this piston is engineered to meet the demanding needs of high-performance applications. Constructed from high-quality materials, it provides excellent heat resistance and strength, ensuring reliable operation during intense riding conditions. The Pro-Lite design reduces weight without compromising structural integrity, improving throttle response and overall engine efficiency.
This piston is compatible with Kawasaki 750 Mach 4 models, making it a perfect replacement or upgrade part for enthusiasts seeking to boost their engine's performance. Easy to install, it integrates seamlessly into your existing engine setup, offering a cost-effective solution to maximize your vehicle's power output. Whether you are restoring a vintage machine or upgrading a racing engine, the WiseCo 423M07350 piston delivers consistent performance and longevity.
Designed for precision and durability, this piston is an essential component for maintaining optimal engine function. Its lightweight construction and robust design help reduce vibrations, improve acceleration, and extend engine life. Trust WiseCo's expertise in manufacturing high-quality engine components to keep your Kawasaki running smoothly and efficiently.
Features:
- High-performance design optimized for Kawasaki 750 Mach 4 engines
- Constructed from durable, heat-resistant materials for long-lasting use
- Pro-Lite design reduces weight to improve throttle response and acceleration
- Seamless fit for easy installation as a replacement or upgrade part
- Engineered for reliability and consistent performance under demanding conditions
