LS HYD ROLLER 227/244@50 114LSA .607/.610″ LIFT

Description

Achieve superior engine power and efficiency through optimized valve timing and lift control. This Crow Cams LS hydraulic roller camshaft is engineered to deliver measurable performance gains by enhancing airflow and combustion dynamics, essential for high-output engine builds.

The camshaft’s 227/244 duration at 50% lift combined with a 114 Lobe Separation Angle (LSA) balances aggressive valve opening with smooth operation, reducing overlap and improving mid-range torque. With a lift of .607″ intake and .610″ exhaust, it increases valve travel to maximize air and fuel intake, directly translating to improved horsepower and throttle response.

Constructed with durable materials and precision manufacturing, this camshaft weighs 4.5 kg and measures 61 cm in length with a 7 cm width and height—dimensions that fit LS engine blocks designed for hydraulic roller cams. The hydraulic roller design reduces friction and wear compared to flat tappet cams, extending engine life and allowing for higher RPM capability without sacrificing reliability.

Its compatibility with LS engine components ensures seamless integration into existing setups, providing a direct upgrade path for enthusiasts and professionals seeking to enhance engine output without extensive modifications. The camshaft’s precise specifications offer a balance between street drivability and performance gains, making it suitable for a variety of automotive applications.

Installation of this camshaft enables improved combustion efficiency, resulting in better fuel economy and reduced emissions under load. The roller design also minimizes cam lobe wear, ensuring consistent performance over the engine’s lifespan.

Overall, this Crow Cams LS hydraulic roller camshaft delivers targeted performance improvements through carefully engineered valve timing and lift characteristics, backed by robust construction and exact dimensions. It provides a reliable solution for those seeking to elevate their engine’s power output while maintaining operational integrity.