Compact Bov Raceport Em Plumback Female Genv Sleeper Instant 50% Discount [9bdZmoKT]

Compact Bov Raceport Em Plumback Female Genv Sleeper Instant 50% Discount [9bdZmoKT]

Introducing the Compact Bov Raceport Em Plumback Female Genv Sleeper Instant 50% Discount [9bdZmoKT], a cutting-edge solution for high-performance engines requiring advanced valve control. This innovative valve is designed to support over 2500HP, making it the ideal choice for motorsport enthusiasts and high-performance vehicle owners. The RacePort EM features a built-in solenoid for advanced control strategies and OE level vehicle integration, ensuring seamless integration with modern electronic diverter valves.

• High Flowing Valve capable of supporting over 2500HP
• Multiple Award Winning and Patented EM (Electro-Mechanical) Technology

Technical Specifications

The RacePort EM is a perfect blend of decades of experience and cutting-edge technology. Constructed with Billet 6000 series aluminum, it offers unparalleled strength and durability. The Milspec hard anodized valve guide and stem ensure precise operation, while the Hi-Temp Silicon Nomex Diaphragm provides exceptional heat resistance and durability. With a 2.0" inlet that flows over 330 CFM, this valve is designed for high-performance applications.

• Billet 6000 series aluminum construction for strength and durability
• Milspec hard anodized valve guide and stem for precision

Applications and Benefits

The Compact Bov Raceport Em Plumback Female Genv Sleeper Instant 50% Discount [9bdZmoKT] is an essential component for any high-performance engine seeking ultimate control and efficiency. Whether you're a professional racer or a weekend enthusiast, this valve provides the boost balance technology necessary for high boost applications. With its positive sealing valve seat and seamless electronic integration, it ensures optimal performance and reliability in both street and track environments.

• Boost Balance Technology for high boost applications
• Seamless electronic integration for advanced control strategies