In Stock Piper Camshafts For Bmc A Series Metbp255b Set [dP8fgmT5]

Piper Camshafts for Bmc A Series: Powerhouse Performance

Enhance your BMC A Series engine with Piper Camshafts for an unparalleled performance boost. Designed for mild road use, these camshafts are crafted to deliver exceptional power and efficiency. With a power increase of up to 8BHP, they are the perfect choice for riders seeking an aggressive yet refined performance upgrade. The Piper Camshafts are engineered to provide a broad power band ranging from 1000 to 6000 RPM, ensuring optimal performance across various driving conditions.

Technical Specifications and Features

Experience the precision of engineering with the Piper Camshafts. Each camshaft is designed with a duration of 264° for both inlet and exhaust valves, offering a smooth and responsive power delivery. The valve lift is set at .360" (9.14mm) for both inlet and exhaust, ensuring maximum airflow and improved combustion efficiency. The intake and exhaust timing is optimized with an intake timing of 24-60 and an exhaust timing of 60-24, providing a seamless power curve. Additionally, the camshafts come with a valve inlet clearance of .012" (.30mm) and a valve exhaust clearance of .012" (.30mm), ensuring proper valve seating and reducing the risk of pre-ignition.

Optimized for Daily Riding and Off-Road Adventures

The Piper Camshafts are designed for both daily commuting and off-road adventures. With their mild road application, these camshafts are perfect for riders who want to enhance their bike's performance without compromising on comfort. The full lift of 108° for both inlet and exhaust valves ensures a significant power boost while maintaining a smooth idle. The TDC lift of .042" (1.07mm) for both inlet and exhaust provides an efficient power delivery. Whether you're navigating city streets or tackling rugged trails, these camshafts are built to deliver consistent performance and reliability. Upgrade your BMC A Series with Piper Camshafts and experience the thrill of enhanced power and responsiveness.