SBC HYDRAULIC CAMSHAFT 292H 244/244°@50 .501/501″ 110°

Description

Enhance your engine’s power and responsiveness with the SBC Hydraulic Camshaft 292 H, engineered to deliver precise valve timing and optimized airflow for superior combustion efficiency. This camshaft addresses common performance bottlenecks by providing balanced duration and lift specifications tailored for reliable, high-output operation.

The camshaft features a 244/244° duration at 50% lift, which ensures extended valve opening times for improved air-fuel mixture intake and exhaust gas expulsion. This results in increased horsepower and torque across a broad RPM range, enabling more aggressive acceleration without sacrificing drivability.

With a lift of .501/.501″, the camshaft’s lobes provide substantial valve lift, allowing greater airflow into the combustion chamber. This increased lift translates to enhanced engine breathing, directly improving combustion efficiency and power output.

The 110° lobe separation angle is optimized to balance power and smoothness, reducing overlap and minimizing valve train stress. This specification improves throttle response and engine stability, particularly at higher RPMs, making it ideal for performance-focused builds.

Constructed by Comp Cams, a leader in engine components, this camshaft weighs 4.95 kg and measures 61.20 cm in length, 6.60 cm in width, and 8.00 cm in height. These dimensions ensure compatibility with Small Block Chevrolet (SBC) engines, providing a direct fit without the need for extensive modifications.

The hydraulic design offers maintenance-free operation by automatically adjusting valve clearance, eliminating the need for manual lash adjustments. This feature reduces upkeep time and ensures consistent performance under demanding conditions.

Designed specifically for engine builders and performance enthusiasts seeking reliable gains, this camshaft delivers precise engineering and proven specifications to maximize your engine’s potential. Trust in its detailed design to provide a measurable increase in horsepower and torque with consistent durability.