BBC SOLID ROLLER CAM 300BR-14 255/262°@50 .652-652″ 114°

Description

Enhance your engine’s efficiency and power output with the BBC Solid Roller Cam 300 BR-14. Designed to improve valve timing precision, this camshaft addresses the critical need for increased airflow and performance in high-demand applications.

The cam features an intake duration of 255° and an exhaust duration of 262° measured at 50% lift, providing an extended valve opening that allows more air and fuel into the combustion chamber. This translates directly to increased horsepower and torque across a broad RPM range.

With a valve lift of .652 inches on both intake and exhaust, the cam maximizes valve movement, improving engine breathing and responsiveness. The 114° lobe separation angle balances power and drivability by optimizing valve overlap for efficient combustion without sacrificing idle quality.

Manufactured by Comp Cams, a leader in performance camshafts, this solid roller camshaft weighs 6 kilograms and measures 61.50 cm in length, 6.60 cm in width, and 8.00 cm in height. These dimensions ensure compatibility with Big Block Chevrolet (BBC) engine configurations, facilitating a straightforward installation process.

The solid roller design reduces friction and wear compared to flat tappet cams, enhancing durability and maintaining precise valve timing under high RPM conditions. This robustness makes it ideal for performance builds requiring reliable, long-lasting components.

By integrating this camshaft, engine builders gain a significant advantage in tuning potential and power delivery, supported by Comp Cams’ engineering expertise. Its specific duration, lift, and lobe separation parameters are tailored for aggressive performance upgrades without compromising engine longevity.

Choose the BBC Solid Roller Cam 300 BR-14 to achieve measurable gains in engine output through advanced valve timing technology, precise mechanical design, and proven material quality. This component represents a strategic investment in maximizing your engine’s potential with uncompromising reliability.