- Skirts are coated with a hi-tech molybdenum disulphide (MoS2) for faster break-in and increased piston life
- Heat treated with T-5 hardening and tempering cycle
The Vertex Pistons 15-16 Kawasaki KX 250F Forged GP Racers Choice Piston Kit is designed for high-performance powersports applications, offering an exact fit for models from 2015 and 2016. This piston kit includes a piston, rings, wrist pin, and circlips, providing everything needed for a comprehensive upgrade. Crafted to match your cylinder bore precisely, these pistons optimize power output and engine efficiency while minimizing blow-by and oil consumption. The kit is engineered for durability and reliable performance under demanding racing conditions.
Feature: Skirts coated with high-tech molybdenum disulphide (MoS2) for faster break-in and increased piston longevity.
Feature: Heat-treated with a T-5 hardening and tempering cycle to enhance strength and durability.
Vertex Pistons' commitment to quality ensures that every component meets rigorous standards, making this kit ideal for competitive racing or high-performance riding. The pistons are compatible with Kawasaki KX 250F models from 2015 and 2016, providing a perfect fit for the specified applications.
This piston kit is engineered to deliver consistent performance and maximum power, reducing engine wear and extending the life of your engine components. Its precise manufacturing and high-quality materials make it a reliable choice for both amateur and professional riders seeking optimal engine performance. Please note that this product is not CARB approved but requires acknowledgment of this fact during installation.
Features:
- Exact fit for Kawasaki KX 250F models from 2015 and 2016
- Includes piston, rings, wrist pin, and circlips for complete assembly
- Skirts coated with molybdenum disulphide (MoS2) for faster break-in and increased lifespan
- Heat-treated with T-5 hardening and tempering for enhanced durability
- Designed for high-performance powersports applications, optimizing power and efficiency
