FERREA BBC WRIST PINS .990″ OD2.930″ OAL, .150″ WALL THICK

Description

Maximize engine strength and reliability with Ferrea BBC wrist pins designed for demanding Big Block Chevy applications. These pins address the critical need for durability in high-performance engines, preventing failure under extreme loads and extended use.

The wrist pins feature a .150″ wall thickness, providing exceptional resistance to bending and wear. This thickness translates directly to longer component life and reduced risk of engine damage during high RPMs or heavy load conditions. At 2.930″ overall length and a precise .990″ outer diameter, these pins offer an exact fit, minimizing piston wobble and maintaining optimal engine geometry.

Constructed from high-grade materials, these wrist pins weigh exactly 1.0000 kg, balancing strength with the ability to withstand considerable mechanical stress without adding unnecessary mass. Their dimensions—15.00 cm in length, 7.00 cm in width, and 3.00 cm in height—are optimized for compatibility with a range of BBC piston kits, ensuring seamless integration.

• Robust .150″ wall thickness: Enhances structural integrity to prevent deformation under pressure.
• Precise .990″ outer diameter and 2.930″ overall length: Guarantees exact piston alignment and smooth operation.
• Engineered weight of 1.0000 kg: Balances durability without compromising engine responsiveness.
• Compatibility with Big Block Chevy engines: Ensures direct replacement and reliable performance in high-stress environments.

This wrist pin is a critical upgrade for serious engine builders demanding components that provide both longevity and precision. Designed and manufactured by Ferrea, a trusted name in engine components, it meets rigorous quality standards to withstand the rigors of high-performance use. Investing in these wrist pins means securing your engine’s internal components against premature failure and achieving consistent power output.

Choose Ferrea BBC wrist pins for a solution that delivers proven mechanical strength, exact fitment, and dependable performance in every engine build.