J312095 Je Pistons Ls2 4.030″ Pistons 11.1cc Dome3.622″ St 6.125″ Rod 1.304″ Ch

Description

Boost your engine’s efficiency and durability with these LS2 4.030″ pistons engineered for precise combustion control and reliable performance. Designed by JE Pistons, these pistons address the critical need for consistent power output and longevity in demanding engine environments.

Each piston features a 4.030″ bore diameter, perfectly matched to LS2 engine specifications, ensuring an exact fit and optimal compression ratio. This precision fit reduces energy losses and improves combustion efficiency, directly translating to enhanced horsepower and torque.

The pistons incorporate an 11.1 cc dome volume, engineered to optimize combustion chamber dynamics. This dome design enhances air-fuel mixture ignition, contributing to improved throttle response and fuel efficiency, essential for performance tuning and daily reliability alike.

Crafted with a 3.622″ stroke and paired with a 6.125″ connecting rod, these pistons maintain an ideal balance between stroke length and rod ratio. The 1.304″ compression height supports durable piston-to-cylinder wall contact, reducing wear and extending engine life under high-stress conditions.

Weighing 6.83 kg, the pistons strike a balance between strength and lightweight design, minimizing reciprocating mass to reduce engine vibration and improve RPM capabilities. The detailed dimensions—66.00 cm length, 15.20 cm width, and 30.50 cm height—reflect a manufacturing precision that fits seamlessly into LS2 engine assemblies.

These pistons are engineered to meet the rigorous demands of high-performance and rebuild applications. Their exact specifications ensure compatibility with LS2 engine blocks, providing enthusiasts and professionals with components that support sustained power gains without compromising reliability.

With JE Pistons’ reputation for quality and engineering excellence, these LS2 pistons offer a proven solution for enhancing engine output and durability. Invest in components that deliver measurable improvements in combustion efficiency and mechanical resilience.