Whipple Superchargers WK-2625T-STG2-38 W235RF 3.8L Stage 2 Competition Supercharger Kit (2018-2023 Mustang GT)

Whipple Superchargers WK-2625T-STG2-38 W235RF 3.8L Stage 2 Competition Supercharger Kit (2018-2023 Mustang GT)

What's Included:
3.8L Head Unit
3.8L Intercooler and Lid Setup

Supercharger Pulley
Belt Drive System (6 Rib Standard)
Heat Exchanger
Cold Air Intake
150mm Throttle Body
Heat Exchanger
Intercooler Reservoir
Intercooler pump and all hoses for the intercooler system
Engine Lowering Brackets (Required to clear the factory hood)
All Necessary Items to Install Supercharger Kit

With the new direct injection setup on the 2018-2023 Mustang GT, Whipple Superchargers had their work cut out for them on making a blower that was incredibly efficient while also fitting within the application. This is when the Gen 5 3.0L that we have come to love was born. The 2018s were making insane power, even on mostly stock setups (we made 755rwhp in our 2018 Mustang GT with 93 octane). Whipple knew they needed to adapt the Gen 5 rotor technology into other platforms… SO THEY DID. First releasing the Gen 5 3.0L for the 2011-2017 Mustang GTs and then the Cobra and GT500 setups after that.

And now, it’s time for Whipple to step up the game even more with their new Gen 5 3.8L setup for the 2011-2023 Mustang GT / Boss 302 / Shelby GT350!

The Gen 5 3.8L Whipple Supercharger will carry similar features to the 3.0L Whipple. It has all new bearings, gears, rotors and housing that allow the new supercharger to spin faster, longer and safer while producing more power than any other positive displacement supercharger ever built.

Compared to it’s little sibling, the 3.8L supercharger will have an improved rotor profile, increased volume, improved sealing and increased efficiency. The 3.8L will also feature a new inlet design that is 2 pieces, allowing easier access for the rear bolts, your spark plugs and other items that previous models made difficult to access.

In testing, the 3.8L has a roughly 6% increase in isentropic efficiency compared to the 3.0L.

Uh, wtf does that mean? Isentropic efficiency of a compressor is the ratio of actual work vs the work at isentropic conditions. An Isentropic process is basically an ideal thermodynamics process. Isentropic efficiency in laymen's terms would be a comparison of the output in actual conditions vs the ‘ideal’ conditions. /thermogenics lesson)