SUZUKI RMZ 250 2013-2015 GRADE B 76.96mm HIGH COMPRESSION 13.9:1
Vertex four-stroke pistons are forged from high-quality 2618 aluminum alloy to handle the demands of modern four-stroke engines. The piston skirt features a Molybdenum Disulphide MOS2 coating for improved break-in and reduced wear. Vertex offers unique piston profiles and compression ratios in Grade A, B, C, and D sizes with variations of 0.01mm, allowing for precise cylinder sizing to maximize performance and minimize blow-by and oil consumption. This piston is Grade B, measures 76.96mm, and has a high compression ratio of 13.9:1.
- SKU
- V.3862B
- Brand
- Vertex
- Availability
- Out of Stock
FULL DESCRIPTION
Vertex High Compression Four-Stroke Piston
Boost your engine performance with the Vertex high compression four-stroke piston. Engineered for riders who demand reliability and power, these pistons are forged from premium 2618 aluminum alloy. This advanced material composition is specifically designed to withstand the high pressures and extreme internal stresses of modern, high-performance four-stroke engines.
Advanced Coating and Precision Engineering
Each Vertex piston features a specialized Molybdenum Disulphide (MOS2) coating applied to the piston skirt. This unique treatment is designed to streamline the engine break-in process while significantly reducing friction and wear during operation. By prioritizing longevity and efficiency, Vertex ensures that your engine maintains peak output for longer periods.
Key Features
- High Compression Design: Optimized at a 13.9:1 compression ratio to maximize power delivery and throttle response.
- Premium Material: Forged from high-grade 2618 aluminum alloy for superior durability under intense thermal loads.
- MOS2 Skirt Coating: Reduces internal friction, minimizes wear, and assists in a smoother, more effective break-in cycle.
- Precision Sizing: Manufactured to exacting tolerances to ensure a perfect cylinder fit, which helps reduce blow-by and oil consumption.
- Grade B Sizing: Specifically sized at 76.96mm to allow for precise clearance adjustment within the cylinder bore.