Turbosmart GenV 54mm ProPort Universal Blow Off Valve – Black

The factory diverter valve on Polaris SxS models is made from plastic with a rubber diaphragm. It is known to rupture and cause significant boost leaks, and its “normally open” design means that part throttle boost response is always compromised. The GFB DV+ is a direct replacement diverter valve that offers the ultimate in reliability and performance, backed by a lifetime warranty.
DV+ for Polaris RZR Turbo models. Direct replacement for plastic factory valve, offers better throttle response and reliability, solves boost leak issues

• Direct bolt on kit, CNC machined metal construction ensures reliability under extreme conditions and permanently solves boost leaks. Adjustable spring pre-load and balanced piston design ensures optimum throttle response.

Like all valves in the DV+ family, the T9381 offers significant benefits over factory-fitted electronic diverter valves – sharper throttle response, faster boost recovery on gearshift or brief throttle lifts, improved boost holding, and unrivalled longevity.
Where the T9381 differs from the T9351 DV+ is that it includes a low-profile integrated solenoid, rather than disassembling the factory diverter valve and re-using the solenoid.
This means the T9381 can be used to replace the factory diverter valve entirely rather than re-use the solenoid, or its low height allows it to be used on cars where a lack of clearance would prevent the fitment of a T9351 DV+. Perfect examples would include the EA888 gen3 engine found in the 2013.5 VW GLI, any MQB platform with an IS38 turbo and/or an aftermarket intake, or the 4.0 TFSI from 2012-2017.
High Performance Diverter Valve with low-profile integrated solenoid for applications where clearance issues prevent the fitment of a T9351. Offers sharper throttle response, faster boost recovery on gearshift, and improved boost holding

• Solves boost leaking and reliability issues, whilst improving throttle response. Includes low-profile integrated solenoid to allow fitment in tight locations.