The performance-proven Edelbrock modular-inlet supercharger is now available for owners of 2015-2017 Ford Mustangs with the 5.0L Coyote engine. Our new Edelbrock Supercharger System W/O Tuner #158380 is a bolt-on kit that produces an impressive 690 horsepower with 588 ft-lbs of torque. At the heart of this system is Eaton?s biggest R2650 TVS rotor assembly housed in a new manifold with an integrated high-capacity DP3C (dual-pass; three-core) air-to-water intercooler for lower inlet air temperatures and increased power potential. The 170-degree high-twist lobes; bigger bearings and beefier timing gears ensure maximum reliability with smooth acceleration throughout the powerband. The Edelbrock supercharger for the 5.0L V8 fits under the stock hood with absolutely no cutting or modifications required. And if you?re concerned about the effect on MPG; the increase in power comes with little to no loss in fuel economy thanks to the supercharger?s integrated bypass valve that mitigates parasitic power loss during normal driving. Our new kit is a true bolt-on that requires no additional modifications to the stock engine. For those who want more power; we?ve got an Edelbrock Stage 2 Upgrade Kit #15884 that can be added to transform your Mustang into a track-ready beast! The Edelbrock supercharger for the 2015-17 Mustang has a self-contained lubrication system with a 100;000-mile service interval and comes finished in a durable black powder-coating that blends nicely into the engine compartment. Each kit includes a complete set of preformed hoses; hardware and a full-color manual that provides clear step-by-step instructions for ease of installation (Note: Kit #158380 does not include the handheld tuner). This system is designed and manufactured in the USA and is covered by our industry-leading 3-year/36;000-mile warranty.

Genuine Edelbrock. Part number 158380.

Ships from US warehouse.

WARNING: California Proposition 65 — this product can expose you to chemicals known to the State of California to cause cancer or reproductive harm.