VTA T9468 DV+ PERFORMANCE, BLOW OFF VALVE SOUND!

🔧 Product Description

The GFB VTA T9468 DV Performance Blow-Off Valve is a high-flow, vent-to-atmosphere (VTA) diverter valve upgrade designed to deliver aggressive turbo discharge sound while improving throttle response and boost control over the factory unit.

Engineered by Go Fast Bits (GFB), this performance diverter valve replaces the restrictive OEM setup on select turbocharged engines, providing a more direct airflow path for faster boost recovery and a sharper driving feel.

Unlike factory recirculating valves, the T9468 delivers a loud, aggressive blow-off sound without sacrificing reliability when correctly installed on supported applications.

⚙️ Key Features

• Direct replacement VTA (vent-to-atmosphere) diverter valve
• Produces strong, aggressive blow-off sound
• Improved boost response and throttle sensitivity
• High-flow design for reduced restriction
• Precision-engineered GFB construction for durability
• Designed for factory turbocharged EcoBoost systems

🔊 Performance & Sound

• Loud, crisp turbo blow-off sound on throttle lift
• Faster boost recovery between gear shifts
• Improved airflow efficiency compared to OEM valve
• Enhanced driving engagement and turbo response

🚗 Fitment & Application

• Ford Mustang S550 2.3 EcoBoost (2014–2018)
• Proton Exora 1.6 CFE (2012–On)
• Proton Prevé 1.6 CFE (2012–On)

🛠️ Installation Notes

• Direct-fit replacement for factory diverter valve
• No major modifications required on supported vehicles
• May require ECU adaptation depending on setup
• Always check hose routing and sealing after installation

🔩 Specifications

• Product Type: Vent-to-Atmosphere Diverter Valve
• Model: GFB T9468
• Application: Turbocharged EcoBoost & CFE engines
• Brand: Go Fast Bits (GFB)
• Construction: High-strength precision-machined components

💡 Why Choose the T9468?

• Delivers real turbo sound without compromise
• Upgrades weak factory diverter valve performance
• Improves turbo response and drivability
• Ideal OEM+ performance modification