SRP271102 Srp Ls2 4.030″ Pistons 10cc Dish 4.000″ St 6.125″ Rod 1.115″ Ch

Description

Enhance your engine’s power and efficiency with LS2 4.030″ pistons designed for optimal combustion and durability. These pistons address common performance limitations by providing a precise -10 cc dish volume, which improves combustion chamber dynamics for better fuel burn and increased power delivery.

The pistons feature a 4.030″ diameter that ensures a precise fit within the cylinder bore, reducing blow-by gases and enhancing compression consistency. This exact sizing translates directly into improved engine responsiveness and reduced wear over time.

Constructed with a 6.125″ rod length and a 1.115″ compression height, these components maintain ideal piston-to-rod geometry. This alignment reduces lateral forces on cylinder walls, minimizing friction and extending engine life.

At a weight of 5.7 kg, these pistons balance strength with manageable mass, allowing for quicker throttle response without compromising structural integrity. Their dimensions—33 cm in length and width, and 18 cm in height—reflect a robust build designed to withstand high-performance stresses.

Engineered by SRP, a brand known for precision engine components, these pistons are crafted to meet demanding LS2 engine specifications. Their -10 cc dish design lowers compression slightly, providing greater tuning flexibility for forced induction or naturally aspirated setups seeking controlled detonation and improved power curves.

This combination of specific dimensions and design elements ensures compatibility with LS2 engine blocks, facilitating straightforward installation with minimal modifications. The pistons’ precise measurements and design reduce the risk of engine knock and increase efficiency, making them a critical upgrade for performance-focused builds.

Invest in LS2 4.030″ pistons to achieve a tangible increase in engine durability and output. Their engineered specifications deliver measurable benefits in combustion efficiency, mechanical balance, and long-term reliability, setting a new standard for high-performance engine components.