SRP345772 Srp 351 C 4.030″ Pistons 16cc Dish4.000″ St 6.000″ Rod 1.200″ Ch

Description

Maximize your engine’s power and efficiency with pistons engineered specifically for the 351 Cleveland engine. These pistons address the critical need for precise combustion chamber volume and robust mechanical strength, ensuring sustained performance under high stress.

The 4.030″ bore diameter fits perfectly within the cylinder, providing a tight seal that improves compression and reduces blow-by. This precision fit translates to increased horsepower and fuel efficiency, essential for high-performance applications.

The -16 cc dish volume of the piston crown lowers the compression ratio strategically, enabling better control over detonation and expanding compatibility with various fuel grades. This design choice balances power output with engine longevity, preventing premature wear and damage.

Constructed by Srp, a trusted brand in engine components, these pistons weigh 6 kilograms, reflecting a solid build that withstands the stresses of high-rev environments without compromising durability. Their dimensions—33.00 cm length, 33.00 cm width, and 18.00 cm height—ensure compatibility with standard 351 C engine assemblies, simplifying installation and replacement.

The 6.000″ standard rod length and 1.200″ compression height are optimized for stroke and connecting rod geometry, reducing piston slap and enhancing smooth engine operation. This precise engineering minimizes internal friction and mechanical losses, directly improving engine responsiveness.

These pistons are ideal for engine rebuilds or performance upgrades where reliability and efficiency are paramount. Their specific design features directly translate into improved combustion control, enhanced power delivery, and extended engine life.

Investing in these pistons means securing a component that delivers measurable improvements in engine performance with specifications tailored to the 351 C engine’s demands. This combination of precision dimensions, optimized combustion chamber design, and durable construction establishes a new standard for engine components in this category.