Perrin Front Strut Bar Wrinkle Black WRX / STI 02-07 / Forester XT 04-08 | PSP-SUS-052BK

This Perrin front strut tower brace is a top - notch addition to your Subaru. It fits 2002 - 2007 Subaru WRX, 2004 - 2007 Subaru STI, and 2004 - 2008 Forester XT. The strut feet are made of machined aluminum and finished in black anodize, while the bar is crafted from mandrel - bent thin - wall 4130 Cro - Moly tubing and powder - coated in wrinkle black. Included in the package are a PERRIN strut tower brace bar, a left and a right strut mounting foot, a PERRIN license plate frame, mounting hardware, and warranty & instructions. This ultra - strong brace eliminates strut tower flex and adds a great look to your engine bay. Note that it will press tight against the firewall plastic on 2014 - 2016 Forester & Forester XT. It's designed for OEM top - mount intercoolers and may not fit aftermarket ones. We can't accept returns for braces incompatible with non - OEM intercoolers, even if Perrin has confirmed fitment with vertical - style top - mount intercoolers.

Using this Perrin front strut tower brace is easy. First, gather all the included parts: the strut tower brace bar, left and right mounting feet, license plate frame, mounting hardware, and the instructions. Refer to the instructions carefully and start by attaching the left and right strut mounting feet to the appropriate locations in your engine bay. Then, secure the strut tower brace bar to the mounting feet using the provided hardware. Make sure all the connections are tight. When it comes to maintenance, regularly check the mounting hardware for any signs of looseness. You can clean the brace with a mild automotive cleaner to keep its wrinkle - black finish looking great. Remember, this brace is designed to work with OEM top - mount intercoolers. If you have an aftermarket intercooler, it may not fit, and we can't accept returns for incompatible braces. Also, on 2014 - 2016 Forester and Forester XT, it will press against the firewall plastic, so keep an eye on that area during use.