273-360 HYDRAULIC CAM 305H 253/253°@50 .525/525″ 110°

Description

Enhance your engine’s power and efficiency with a camshaft designed for precise valve control and optimal airflow. The 273-360 HYDRAULIC CAM 305 H delivers a balanced combination of duration and lift to improve combustion and torque across the powerband.

Its 253/253° duration at 0.050″ lift ensures prolonged valve opening, allowing for greater air and fuel mixture intake, which translates directly into stronger engine performance. This is complemented by a .525/.525″ lift, increasing valve opening height to maximize airflow without sacrificing engine reliability.

Manufactured by Comp Cams, a reputable brand in engine components, this camshaft features a hydraulic profile that reduces maintenance by automatically adjusting valve clearance. This means less frequent adjustments, smoother operation, and consistent performance over time.

• Weight of 5.4 kg provides the necessary mass for durability while maintaining balance in the engine assembly.
• Length of 59.20 cm, width of 6.60 cm, and height of 8.50 cm fit standard engine configurations, ensuring straightforward installation without modification.
• 110° lobe separation angle optimizes overlap, enhancing mid-range torque and throttle response, crucial for street and performance applications.

This camshaft is engineered to deliver consistent valve actuation with hydraulic lifters, reducing noise and wear compared to mechanical alternatives. Its precise specifications make it suitable for engines requiring a balance between daily drivability and increased power output.

With attention to dimensional accuracy and material strength, this camshaft integrates seamlessly into your engine’s valvetrain. It provides reliable operation under various RPM ranges, supporting both street performance and mild racing setups.

Invest in a camshaft that combines advanced engineering and proven performance metrics, enhancing your engine’s breathing capabilities. The 273-360 HYDRAULIC CAM 305 H ensures you achieve measurable improvements in power delivery and engine responsiveness without compromising on durability.