VERTEX CRF 250R 2016 Replica Piston Kit - Reliable Performance for Your Off-Road Bike

All pistons are heat treated with a T-5 hardening and tempering cycle

All piston skirts are coated with a high-tech Molybdenum Disulphite coating for faster break-in time and increased piston life

Cast piston kits are gravity cast aluminum alloy (not forged) with 18% silicone content, which produces an extremely light but very strong piston

Forged pistons are forged from 2618 aluminum for superior strength and durability

Forged High Compression pistons improve power and torque across entire rpm range

Big Bore pistons increase engines displacement, torque, and peak horsepower

Forged Replica pistons are forged OE replacements

Replica pistons and all rings are OEM replacements

Enhance your 2016 Honda CRF 250R with the VERTEX CRF 250R 2016 Replica Piston Kit. Designed for durability and precision, this kit ensures your motorcycle maintains optimal power and efficiency during demanding rides. Crafted with high-quality materials, the piston features a robust construction to withstand the rigors of off-road conditions and high-performance riding. Its design mimics the original factory specifications, providing a perfect fit and reliable operation for your bike. Whether you're restoring a vintage model or upgrading for better performance, this piston kit offers a cost-effective solution that delivers consistent results. Installation is straightforward for experienced mechanics, and the kit includes all necessary components for a complete overhaul of your engine's piston assembly. Trust VERTEX to deliver a product that combines quality, reliability, and performance to keep your motorcycle running smoothly on the trail or track.

Features:

• High-quality replica piston designed for Honda CRF 250R 2016

• Constructed with durable materials to withstand high-performance riding

• Designed for easy installation with factory fit and finish

• Includes all necessary components for a complete piston replacement

• Optimized for reliable power delivery and engine efficiency