Must-have Btr Trinity Intake Manifold - Gen V With Injector Holes - Black Flash Sale: 75% Off [dYy6l0TH]

BTR Trinity Intake Manifold - Gen V

Introducing the BTR Trinity Series Intake Manifold for Gen V engines, the latest innovation in high-quality cast aluminum intake manifolds. Designed with application flexibility in mind, the Trinity manifold is a short runner, 3-piece design that outperforms more expensive billet intakes. This manifold is tailored to bridge the gap between naturally aspirated (N/A) and boosted applications, offering optimal performance in the 6000-8500 rpm range.

Key Features and Specifications

Experience the premium features of the BTR Trinity manifold. It utilizes the high LT1 throttle body position and is compatible with both DBW and cabled throttle bodies. The manifold fits seamlessly in tight confines, such as the C7, C6, C5 Corvette, and popular F-body platforms. The design includes 2 runners and an interchangeable plenum, with 8 entrapped o'rings for a secure seal and 20 -M6 stainless steel socket head cap screws for added stability. The manifold comes with CNC-machined port mouth radius and port match for superior performance. It features 2-1/4 -27 NPT ports on the side of the throttle body boss and a 3/8-18” NPT on the rear. Available in Black Satin Texture powder coat, this manifold is ready to bolt on and includes all necessary hardware. Runners and plenums can be purchased separately.

Practical Uses and Benefits

Perfect for enthusiasts and professionals alike, the BTR Trinity Intake Manifold is ideal for enhancing the performance of Gen V engines. Whether you're looking to optimize your N/A or boosted application, this manifold delivers. With its versatile design and superior build quality, it offers a cost-effective solution without compromising on performance. Its compatibility with various platforms and throttle bodies makes it a must-have for any engine modification project. Upgrade your Gen V engine today with the BTR Trinity Intake Manifold and experience the difference in performance and efficiency.