Ready To Ship Piper Fast Road Cam For 1.9 Tdi Pd Diesel 9.8mm Lift Device [djrgJTyl]

Piper Fast Road Cam for 1.9 TDI PD Diesel

Enhance the performance of your 1.9 TDI PD Diesel engine with the Piper Fast Road Cam, designed specifically for your vehicle model. This camshaft is engineered to deliver superior power and improved efficiency, making it an ideal choice for both road and racing applications. With its exceptional durability and precise engineering, the Piper Fast Road Cam stands out as a top choice among automotive enthusiasts and professional drivers.

Product Specifications and Features

The Piper Fast Road Cam is engineered with the highest quality materials and craftsmanship. Key features include a 9.8mm lift, providing a noticeable increase in power and performance. The camshaft features a duration of 272 degrees for both the inlet and exhaust valves, ensuring smooth and consistent engine operation. The valve lift is set at 0.386 inches, contributing to enhanced airflow and power delivery. Additionally, the camshaft features hydraulic valve clearance, reducing the need for frequent adjustments and maintenance. Here are some of the key specifications:

Valve Lift: Inlet: 0.386" / 9.80mm, Exhaust: 0.386" / 9.80mm

Duration: Inlet: 272*, Exhaust: 272*

Timing: 24-68 / 68-24

Full Lift: Inlet ATDC: 112*, Exhaust ABDC: 112*

Lift @ TDC with clearance: Inlet: 0.031", Exhaust: 0.031"

Practical Uses and Benefits

The Piper Fast Road Cam is designed to enhance the driving experience and performance of your vehicle. Whether you're looking for improved acceleration, increased top speed, or better overall engine responsiveness, this camshaft delivers. It is an excellent choice for both daily drivers and enthusiasts seeking a performance boost. By providing a higher valve lift and improved airflow, the Piper Fast Road Cam ensures a more powerful and efficient engine. Here are some practical benefits:

Increased Power and Performance

Enhanced Engine Efficiency

Smooth and Consistent Operation

Longevity and Durability