Elegant Piper Camshafts For Suzuki Gsx R1000 Ps23 Gadget [1UNQ58Iy]

Piper Camshafts for Suzuki GSX R1000 PS23

Experience the ultimate performance upgrade with the Piper Camshafts for Suzuki GSX R1000 PS23. Designed specifically for racing enthusiasts, this camshaft is engineered to deliver exceptional power and efficiency. With its advanced design and high-quality materials, it offers a significant power increase and unparalleled performance.

Key Features and Specifications

The Piper Camshafts for Suzuki GSX R1000 PS23 are engineered to enhance your bike's performance in a race setting. Key features include a 257-degree duration for the inlet valve and a 256-degree duration for the exhaust valve, providing a balanced and powerful stroke. The valve lift is .409" for the inlet and .352" for the exhaust, ensuring optimal airflow and increased power output. The camshaft also features a timing range of 24-54 degrees for the inlet and 58-18 degrees for the exhaust, allowing for precise engine tuning. Additional specifications include a full lift of 105 degrees for the inlet and 110 degrees for the exhaust, and TDC lift of .134" for the inlet and .102" for the exhaust. The valve clearances are set at .008" for the inlet and .010" for the exhaust, ensuring smooth operation and long-lasting durability.

Practical Uses and Benefits

Whether you're a professional racer or a weekend warrior, the Piper Camshafts for Suzuki GSX R1000 PS23 are designed to meet your needs. This camshaft is perfect for those seeking a significant power increase and improved throttle response. Its high-performance design allows for better acceleration and faster lap times, giving you a competitive edge on the track. The camshaft is also suitable for daily riding, providing a smoother and more responsive engine feel. With its durable construction and precise engineering, this camshaft is built to last, ensuring a reliable performance for years to come. Upgrade your Suzuki GSX R1000 with the Piper Camshafts and experience the thrill of enhanced performance and efficiency.