SRP203194 Srp 350 4.030″ Pistons 24cc Dish 3.480″ St 6.000″ Rod 1.260″ Ch

Description

Enhance your engine’s power output and efficiency with pistons designed to meet demanding performance standards. The 4.030″ bore diameter and -24 cc dish volume optimize combustion chamber dynamics, improving fuel burn and reducing the risk of detonation under high load conditions.

These pistons feature a 3.480″ standard skirt length and a 6.000″ rod length, which together provide precise fitment and optimal stroke ratio, ensuring smoother piston travel and reduced friction. This engineering choice directly contributes to improved engine responsiveness and longevity.

Constructed with a focus on durability, each piston weighs 5.55 kg—balancing strength and weight to reduce reciprocating mass without compromising structural integrity. The 1.260″ compression height supports proper deck clearance, facilitating accurate valve timing and consistent compression ratios.

Measuring 33.00 cm in length and width, with an 18.00 cm height, these pistons are designed for compatibility with a range of 350 cubic inch engines, making them suitable for performance rebuilds or upgrades in compatible engine blocks.

The -24 cc dish piston design lowers the compression ratio, which is advantageous for applications requiring improved knock resistance, such as turbocharged or high-performance naturally aspirated engines. This feature allows for higher boost levels or advanced ignition timing without sacrificing reliability.

Manufactured by SRP, a recognized brand in engine components, these pistons integrate seamlessly with existing engine setups, offering a direct fit with standard connecting rods and cylinder bores. Their precise dimensions ensure consistent performance and ease of installation.

Investing in these pistons means prioritizing engine durability and performance. Their specific design parameters reduce internal stress and heat buildup, translating to longer engine life and sustained power delivery under rigorous operating conditions. The detailed engineering behind these pistons supports high-performance builds where every component’s precision impacts overall engine efficiency.

Choose pistons that deliver measurable improvements in combustion efficiency, mechanical balance, and durability. These specifications provide a clear advantage for serious engine builders and professionals focused on maximizing engine output and reliability.