HONDA CRF 250 2008-2009 GRADE A 77.95mm HIGH COMPRESSION 13.5:1
Vertex 77.95mm high compression piston for the Honda CRF 250 2008-2009. Grade A size. 13.5:1 compression ratio. Forged from 2618 aluminum alloy with a Molybdenum Disulphide MOS2 coating on the piston skirt for easier break-in and reduced wear.
- SKU
- V.3444A
- Brand
- Vertex
- Availability
- In Stock (1)
FULL DESCRIPTION
Vertex High Compression Piston
Maximize your engine performance with the Vertex high compression piston. Engineered for riders who demand power and reliability, this premium component is designed to withstand the intense pressures and high heat associated with modern four-stroke engine operation. Whether you are racing or rebuilding, Vertex provides the precision engineering needed to restore your engine to peak factory performance.
Advanced Materials and Construction
Vertex pistons are forged from high-quality 2618 aluminum alloy. This material selection ensures superior strength and durability, preventing structural fatigue under high-load conditions. The specialized design helps maintain engine efficiency, allowing for consistent power delivery across the entire RPM range.
Key Features
- High Compression Ratio: Engineered with a 13.5:1 compression ratio to enhance combustion efficiency and increase overall horsepower.
- Precision Sizing: Offered in Grade A sizing (77.95mm) to ensure an exacting fit within your cylinder, which minimizes blow-by and reduces oil consumption.
- MOS2 Skirt Coating: Each piston features a Molybdenum Disulphide coating on the skirt. This specialized finish significantly reduces friction, assists in the engine break-in process, and minimizes premature wear on critical surfaces.
- High-Performance Alloy: Constructed from 2618 aluminum alloy for exceptional thermal resistance and long-term durability.
By choosing a Vertex piston, you are opting for a component designed to meet the rigors of competitive riding. This piston helps ensure your engine maintains optimal compression for better throttle response and overall mechanical longevity.