Turbosmart Toyota i-Force V6 Twin Turbo BOV Kompact EM Plumb Back VR20
$535.49
The Turbosmart Toyota i-Force V6 Twin Turbo BOV Kompact EM Plumb Back VR20 is a high-performance blow-off valve designed specifically for Toyota i-Force V6 twin turbo applications. Crafted to ensure optimal boost control and sound modulation, this BOV enhances your vehicle’s turbo system efficiency and responsiveness. It features a compact, lightweight design that fits seamlessly into your engine bay without adding unnecessary bulk, making it an excellent choice for both street and track use. Built with durable materials, the VR20 is engineered to withstand the rigors of high-pressure environments while maintaining precise operation over time.
The Kompact EM Plumb Back design allows for a clean installation with a subtle, air-recirculating sound that reduces turbine surge and maintains consistent boost levels. Its construction ensures reliable performance even under demanding conditions, providing peace of mind during spirited driving or aggressive tuning. This blow-off valve is not CARB approved, and proper acknowledgment is required prior to installation, ensuring compliance with local regulations.
Designed for enthusiasts seeking a reliable and efficient upgrade, the Turbosmart VR20 offers improved throttle response, reduced compressor surge, and an enhanced driving experience. Whether you're upgrading your stock system or building a custom turbo setup, this BOV delivers consistent, high-quality performance that meets the demands of high-performance driving. Its robust build and innovative design make it a popular choice among professional tuners and automotive enthusiasts alike, ensuring your turbo system operates smoothly and efficiently over the long term.
Features:
- Designed specifically for Toyota i-Force V6 twin turbo engines
- Compact, lightweight aluminum construction for optimal fit and durability
- Plumb back design provides quiet operation and recirculation of air
- Engineered to withstand high boost pressures and demanding conditions
- Enhances throttle response and reduces compressor surge
