BOV Race Port GenV Female Flange

The BOV Race Port GenV Female Flange from TURBOSMART USA is a precision turbocharger outlet component engineered for high-performance boost control and atmospheric venting in modern forced-induction engines. This female flange adapter serves as the critical connection point between your turbocharged engine's compressor outlet and your blow-off valve system, allowing precise tuning of boost response and eliminating harmful compressor surge that can damage turbo bearings. Whether you're building a street-performance machine or a track-dedicated platform, this component is essential for maximizing both reliability and throttle response in turbocharged applications.

Designed with TURBOSMART's renowned precision engineering, the GenV Female Flange utilizes robust cast aluminum construction to withstand repeated boost cycling and thermal cycling without degradation. The female flange design allows seamless integration with standardized BOV race ports and quick-disconnect fittings, facilitating both rapid installation and future upgrades without exhaust system modification. The compact 3.5 x 3.5 x 5-inch form factor fits tight engine bay layouts common in modern turbocharged vehicles, while the 0.985 lb weight ensures negligible impact on overall vehicle dynamics. Turbosmart's attention to port geometry and flow characteristics ensures minimal pressure drop and optimal boost signal consistency for your blow-off valve tuning.

This flange is ideal for tuners, performance shops, and dedicated enthusiasts who demand repeatable, professional-grade boost control in EFI-controlled or carbureted turbocharged engines. Installation requires proper intercooler piping configuration and compatible BOV mounting hardware; verify your turbocharger outlet port diameter and BOV specifications before ordering to ensure correct fitment. The BOV Race Port GenV Female Flange represents a core investment in turbo longevity and drivability, reducing compressor flutter and enabling your blow-off valve to function at peak efficiency across all boost levels.