Turbosmart BOV Kompact Dual Port Blow Off Valve for 2017-21 Honda Civic Type R
The Turbosmart BOV Kompact Dual Port Blow Off Valve is an essential component designed specifically for the 2017-21 Honda Civic Type R. This high-performance aftermarket part enhances your vehicle's turbocharged system by effectively managing boost pressure during throttle closure. The result is improved throttle response and enhanced engine performance, minimizing turbo lag and ensuring that your engine runs smoothly under various driving conditions.
Constructed from high-quality materials, the BOV Kompact features a durable and lightweight aluminum body that is capable of withstanding harsh automotive environments. Its unique design allows for a dual port system, which enables venting to both the atmosphere and back into the intake for optimal performance and sound. This engineering ensures that you get the best of both worlds: the unmistakable sound of a vented BOV while maintaining the air-fuel mixture integrity necessary for performance and drivability.
Moreover, the BOV is tuned specifically for the Honda Civic Type R, which means it provides a precise fit and functions seamlessly with the vehicle's factory turbo system. Installation is straightforward, allowing you to upgrade your system without the need for extensive modifications. This ease of installation, combined with its reliability and efficiency, makes the Turbosmart BOV an ideal choice for those looking to enhance their Civic Type R driving experience.
FITMENT:
This Blow Off Valve is compatible with 2017-21 Honda Civic Type R models, ensuring a direct fit and optimized performance for these specific vehicles.
Key Features & Benefits
- Dual port design for atmospheric venting and recirculation.
- Constructed from lightweight, high-quality aluminum for enhanced durability.
- Improves throttle response and reduces turbo lag.
- Specifically tuned for the Honda Civic Type R for a perfect fit.
- Easy installation with minimal modifications required.
- Provides distinctive sound while maintaining air-fuel mixture integrity.
