273-360 HYDRAULIC CAM XE274H 230/236°@50 .488/491″ 110°

Description

Enhance your engine’s efficiency and power output with the 273-360 Hydraulic Cam XE274 H, designed to deliver precise valve timing and improved airflow for superior combustion. This camshaft addresses the critical need for optimized valve operation, which directly translates to better torque and horsepower across the RPM range.

Featuring a duration specification of 230/236 degrees at 0.050″ tappet lift, this camshaft ensures extended valve opening times, allowing for enhanced air-fuel mixture intake and exhaust gas expulsion. The lift measurements of .488″ intake and .491″ exhaust provide aggressive valve motion, promoting increased volumetric efficiency and combustion effectiveness.

Constructed with a solid 5.4-kilogram weight and precise dimensions—61.50 cm in length, 6.90 cm in width, and 8.00 cm in height—this camshaft balances strength with dimensional accuracy to maintain stability and reduce wear during high-load operation. Its hydraulic design allows for automatic valve lash adjustment, minimizing maintenance needs and improving reliability.

Manufactured by Comp Cams, a trusted leader in engine components, this camshaft is engineered to fit a wide range of engine setups requiring a 110° lobe separation angle, optimizing the balance between power and drivability. Its compatibility with standard engine components makes installation straightforward without compromising performance.

This camshaft’s engineering delivers not only peak power gains but also improved throttle response and smoother idle characteristics, essential for drivers seeking both performance and everyday usability. The durable build supports sustained high-performance use in demanding conditions.

Invest in the 273-360 Hydraulic Cam XE274 H to ensure your engine operates at its optimal potential with precise valve timing, robust construction, and proven design specifications. This component is a critical upgrade for professionals aiming to extract maximum performance and reliability from their engine systems.