302W HYDRAULIC CAMSHAFT XE284H240/246°@50 .541/544″ 110°

Description

Optimize your engine’s power output and efficiency using the 302 W Hydraulic Camshaft XE284, designed to enhance valve timing for superior combustion and increased torque. This camshaft addresses common performance limitations by offering precise control over valve opening and closing, resulting in improved airflow and fuel efficiency.

The camshaft features a duration of 240/246 degrees at 0.050″ tappet lift, which ensures extended valve opening time to maximize air and fuel intake. This specification translates into enhanced horsepower and torque, particularly noticeable at mid to high RPM ranges, giving your engine a more aggressive and responsive character.

With a lift of .541/.544 inches, the camshaft increases valve lift, allowing more air and fuel mixture into the combustion chamber. Higher lift improves engine breathing, which is critical for power gains without sacrificing reliability. The hydraulic design reduces maintenance by automatically compensating for valve lash, ensuring consistent performance over time.

Manufactured by Comp Cams, a trusted industry leader, this camshaft weighs 5.46 kg and measures 59.20 cm in length, 6.60 cm in width, and 8.50 cm in height. These dimensions are engineered for direct fitment in compatible 302 W engines, ensuring easy installation without the need for extensive modifications.

The camshaft’s 110° lobe separation angle balances power and drivability, reducing overlap to provide smoother idle and better throttle response. This precise engineering allows for improved combustion efficiency and reduced emissions, aligning performance with practical usability.

Ideal for enthusiasts seeking measurable gains in engine output without compromising durability, this camshaft delivers consistent, reliable upgrades. Its hydraulic mechanism minimizes the need for frequent adjustments, reducing downtime and maintenance costs.

Invest in the 302 W Hydraulic Camshaft XE284 to achieve a refined balance of power, efficiency, and dependability engineered specifically for your engine’s demands.