Holden 304 Hyd FT camshaft 230/230@50 495″/495″ 109 LSA 2600-5600 RPM

Description

Maximize your Holden 304 engine’s power output and efficiency with the Crow Cams Holden 304 Hyd FT camshaft. Engineered to improve torque and throttle response, this camshaft is tailored to optimize valve timing for the 2600 to 5600 RPM range, delivering a balanced performance across everyday driving and spirited acceleration.

The camshaft’s 230/230 duration at 0.050″ lift means the intake and exhaust valves open for an extended period, enhancing air-fuel mixture flow and exhaust scavenging. This design translates into stronger mid-range torque and improved horsepower, addressing common performance bottlenecks in standard Holden 304 engines.

With a lift of 0.495″ on both intake and exhaust, the camshaft increases valve opening height, allowing greater volumetric efficiency. This precise lift specification ensures optimal combustion without sacrificing engine reliability or idle quality.

• 109° Lobe Separation Angle (LSA): Provides a balanced valve overlap that improves throttle response and reduces exhaust emissions, benefiting drivability and compliance.
• Robust Dimensions: Measuring 61 cm in length, 7 cm in width, and 7 cm in height, this camshaft fits precisely within the Holden 304 engine assembly, ensuring seamless installation.
• Weight of 4.1 kg: Offers a solid, durable design to withstand high RPM operation without compromising component stability.
• Hydraulic Flat Tappet Design: Reduces maintenance requirements while maintaining precise valve operation under dynamic conditions.

Constructed by Crow Cams, a trusted brand in performance engine components, this camshaft delivers consistent, repeatable results backed by industry expertise. Its specifications are engineered specifically for Holden 304 engines, ensuring compatibility and maximizing upgrade value.

Investing in this camshaft means enhanced engine breathing and power delivery tuned for a broad RPM range, elevating your Holden 304’s overall performance without sacrificing reliability or driveability. Precision engineering and exact fitment make this component essential for performance-focused builds.