The Verus Engineering Slanted Hood Louver Kit helps reduce engine bay heat and pressure by evacuating air out from under the hood. The louvers improve cooling stack efficiency, improve underhood component longevity, and can add a bump in front end downforce. Optional wickers are included with each kit to improve the effectiveness of the louvers.
During the design process, we wanted to utilize the OEM hood due to the unit being extremely light already. This resulted in a product that retains the hood's structural skeleton; ensuring the hood keeps its strength and shape after years of use.
This hood louver kit is for the BRZ, FRS, or GT86 owner looking for a purposefully placed, built, and tested louver kit that when paired with an OE hood, weighs less than most carbon hoods.
Optional rain guard kits are also available for owners looking to shield their engine bay components.
WHAT IS INCLUDED
Louver, Small, Right-Hand
Louver, Small, Left-Hand
Louver, Large, Right-Hand
Louver, Large, Left-Hand
Wicker (4, 1 for each louver)
Cut Templates (4)
Small Verus Vinyl Sticker
Hardware Kit, Includes All Hardware for Install
Retains OEM Hood's Structural Integrity
Optional Rain Guards
Reduce Underhood Pressure and Temperature
Cut-Out Templates Included
Clinch Studs/Nuts Allow Vents to be Easily Removed for Cleaning
Offered in Black Powdercoat or Raw Aluminum
Wickers Included in Each Kit
CFD Optimized Design
1.6mm Thick 6061 Aluminum
CNC Laser Cut
Available Black Powdercoat for Durability
Stainless Steel Flush Clinch Studs
Stainless Serrated Nuts
Made in the U.S.A.
Multiple track day enthusiasts were destroying the ignition coils on their car during hot summer track days. These malfunctioning coils are thought to be caused by overheating. Our hood vents dramatically reduce underhood temps and the air around the ignition coils as well. The louvers will also reduce pressure buildup in the engine bay, also known as hood flutter. The side benefit would be a slight increase in front-end downforce. It is highly recommended to use wickers to increase evacuation.