Description
Upgrade your 2025+ Ram 1500 3.0L Hurricane platform with the Turbosmart Kompact EM Plumback VR32 Blow Off Valve, engineered to replace the factory diverter valve with a fully billet, plug-and-play performance upgrade. Designed to improve boost control, reliability, and response, this system eliminates the weaknesses of the OEM plastic valve while maintaining full factory drivability and integration.
The Kompact EM Plumback VR32 features a true direct-replacement design with no adapters, hoses, or additional hardware required. Built on Turbosmart’s motorsport-proven billet architecture, it delivers improved sealing performance and consistent boost control under demanding conditions.
At the core of its operation is Boost-Balance Technology, which uses system pressure to help keep the valve sealed under load. This results in improved boost retention, sharper throttle response, and more stable performance during high-load driving.
The Plumback configuration recirculates all discharged air back into the intake system, maintaining completely OEM-like sound characteristics while still delivering the performance benefits of a high-flow billet valve. This makes it ideal for drivers who want a discreet, factory-silent upgrade without vent-to-atmosphere noise.
The integrated electronic solenoid ensures seamless ECU compatibility and precise control, while high-temperature billet construction and reinforced sealing components provide long-term durability under heat and pressure.
Key Features:
- Direct OEM replacement blow off valve for 3.0L Hurricane engines
- Plumback (full recirculation) design for silent, OEM-like operation
- Plug-and-play installation with no additional components required
- Integrated electronic solenoid for full factory compatibility
- Boost-Balance Technology for improved sealing under boost
- Billet aluminum construction for strength and durability
- Improved throttle response and boost stability
- Designed for 2025+ Ram 1500 Hurricane platforms
Fitment:
- 2025+ Ram 1500 3.0L Hurricane (SO & HO variants)