Ford Windsor 302 Hydraulic Camshaft 194/202@.50 Lift 421/442 LIFT 112LSA RPM 1100-3900

Description

Enhance your Ford Windsor 302 engine’s efficiency and power output with this Crow Cams hydraulic camshaft engineered for precise valve timing and optimized airflow. Designed to deliver a balanced torque curve, it transforms engine responsiveness and drivability across a wide RPM range.

This camshaft features a duration of 194 degrees intake and 202 degrees exhaust at 0.050″ lift, ensuring efficient valve opening and closing for improved combustion consistency and power delivery. The 421/442 thousandths lift specifications maximize valve movement without sacrificing engine smoothness, allowing for increased airflow and higher torque output.

With a 112-degree lobe separation angle (LSA), this camshaft balances power and idle quality, reducing overlap while maintaining strong low and mid-range torque. Its operational RPM range from 1100 to 3900 provides effective performance during typical driving conditions, enhancing throttle response without compromising fuel efficiency.

Manufactured by Crow Cams, a trusted name in engine components, this camshaft weighs 4.4 kg and measures 61 cm in length, 7 cm in width, and 7 cm in height, ensuring compatibility with standard Ford Windsor 302 configurations. The hydraulic design simplifies installation by eliminating the need for manual valve lash adjustments, reducing maintenance time and complexity.

Engineered specifically for Ford Windsor 302 engines, this camshaft supports enhanced power curves suited for street and light performance applications. Its precise specifications allow for reliable operation and consistent results, making it an essential upgrade for enthusiasts seeking improved engine dynamics.

Invest in this Crow Cams hydraulic camshaft to achieve measurable improvements in torque delivery, throttle response, and overall engine efficiency. Its tailored design and proven specifications provide a significant performance boost while maintaining the durability and reliability expected from quality engine components.