302-351 Ford Cleveland V8 Hydraulic Camshaft 208/208@.50 484/484″ LSA110 1500-4200rpm

Description

Enhance your Ford Cleveland V8 engine’s efficiency and power output with this precision-engineered hydraulic camshaft from Crow Cams. It is specifically designed to optimize valve timing and torque delivery within the critical 1500 to 4200 rpm range, addressing common performance gaps in mid-range powerbands for street and light racing applications.

The camshaft features 208 degrees of duration at .050″ lift on both intake and exhaust valves, providing a well-balanced valve event that promotes improved airflow without sacrificing low-end drivability. The 484-inch lift on both intake and exhaust valves maximizes valve opening for increased combustion efficiency, directly translating to higher torque and horsepower gains.

A 110° Lobe Separation Angle (LSA) is engineered to deliver a broad power curve with reduced overlap, minimizing exhaust gas reversion and improving throttle response. This balance ensures smooth engine operation while maintaining strong mid-range performance crucial for daily driving and spirited acceleration.

Constructed with robust materials and precision machining, this camshaft weighs 4.5 kg and measures 61 cm in length, 6 cm in width, and 6 cm in height, fitting seamlessly into 302-351 Ford Cleveland V8 engines. Its hydraulic design reduces maintenance needs by automatically adjusting valve lash, eliminating the need for frequent manual adjustments and reducing wear on valvetrain components.

Installation of this Crow Cams hydraulic camshaft provides a direct upgrade path for Ford Cleveland V8 owners seeking enhanced engine responsiveness and durability without extensive modifications. Its dimensions and specifications ensure compatibility with standard engine builds while delivering noticeable improvements in power delivery and efficiency.

Trust in Crow Cams’ engineering expertise to provide a camshaft that elevates your engine’s performance reliably and consistently. This component combines precise timing, optimal valve lift, and durable construction to meet the exacting demands of performance enthusiasts and professional builders alike.