Cervini 4" Cowl Hood
- Increased Engine Clearance
- Extracts Heat
- No Trimming/Modifying Required
- 4" Rise
- Finished Underside
- Air Craft Grade Fiberglass
Bolt on the classic cowl induction look while improving engine bay clearance with this Cervini 2015-2017 Mustang 4" cowl hood! Cowl induction hoods have been around since the early days of hot rodding. These hoods provide vital engine clearance while also adding a classic style. A wide, 4" cowl is centered in the hood with another ripple to the side as the hood meets the fender. The finished underside has heat extraction holes cut out to reduce engine bay temperatures for added performance. A hidden channel on the underside of the hood conceals washer nozzle hoses, turn signal harness (if equipped), and your original Ford washer nozzles. This all combines to provide a show quality look that performs!
Cervini is known for the best quality aftermarket hoods on the market. This hood is made in the USA at their New Jersey facility. Utilizing premium, hand-laid fiberglass; this hood is guaranteed to fit factory applications, perfectly with no trimming or other modifications required. The underside is fully finished and ready for prep and paint. The heat extracting louvers are constructed with OEM quality polyurethane. The 4" cowl hood installs in all factory locations using the factory hinges and latching system.
Windshield Washer Nozzle Provision: No
Functional Scoops: No
Cowl Height: 4"
Finished Underside: Yes
Functional Rear Heat Extraction Vents: Yes
Will NOT fit GT350.
Fits 2015-2017 Mustang
Test fitment and paint preparation of this part are mandatory BEFORE painting. Neither LMR nor the product manufacturer is responsible for fitment or finish issues after the paint has been applied. Professional preparation, installation, and painting are highly recommended.
***Gel Coat Disclaimer***
Due to supply chain issues, gel coat color may vary between white or gray. Hood will still prep and paint the same to match your existing body color.
Cervini Warranty - Click Here