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Porsche 997.1 Turbo Intake Plenum in Carbon Fiber (W1-997T-TPC)

The team at Werks1 composites continues to find exciting new uses for carbon fiber in places where it not only looks better then OEM parts, but functions better as well. In the 997 Turbo, the intake plenum plays an very important role in directing the flow of charged intake air towards each side of the intake manifold. The factory intake plenum has an inefficient 90 degree shape that, while functional, does not perform well in higher horsepower applications where turbochargers and other performance components have been upgraded. By changing to a more efficient Y shaped design, the Werks1 plenum smoothly directs the flow of air into each intake manifold, without any abrupt changes of direction or blockage.

The use of carbon fiber also plays an important role in the Werks1 plenum. In comparison to heavier alternatives, carbon fiber is not only significantly lighter, but also does not absorb heat like most plastics and metals. Why spend so much money on good aftermarket intercoolers that are designed to cool intake air, only to have the air re-heated while passing through the intake plenum? Another benefit of carbon fiber is that it allows the walls of the plenum to be much thinner, increasing overall intake air volume. In fact, the Werks1 plenum requires the use of an 82mm throttle body to accommodate the increased size.
Werks One Composites

Werks One Composites, a subsidiary of the Champion Group, was established to set a new standard in carbon fiber products for Porsche vehicles.
The primary goal of Werks One is to deliver a functional part that equals, and often surpasses, the fitment of the factory piece it replaces.
Our in-house design team utilizes the most advanced technology during the development of each product. Before the design phase even begins, our
CMM Digitizing Arm is used to reverse engineer the existing part and all of its surroundings.

Using the latest in CAD/CAMM software, the acquired data is then used to design the Werks One product. Before an actual product is finalized, a full scale
rapid-prototype model is created to further test fitment and performance. Final production of a Werks One part begins once all tests have been verified and
that the part meets the high standards that we have set. The countless hours spent in research and development is a testament of our drive to produce the
perfect part. Everything we do is developed with the user in mind, allowing for quick installation with no permanent modifications necessary.
The quest for excellence in the design and fabrication of our products constitutes the very soul of Werks One Composites.