AMS designed the Alpha Performance R35 GT-R Race X Intercooler upgrade to be the best-performing 1200+HP front mount intercooler on the market. It certainly had to be in order to meet the requirements of our team of 7 second "Alpha X" GT-R's! If your GT-R produces in excess of 1200 horsepower, especially if you drive in a hot weather climate, the Alpha GT-R Race X Intercooler is your best option for producing power safely and efficiently. After testing, re-testing, and a host of refinements, this 7 second race-proven design has been perfected and now available for your high horsepower R35 Nissan GT-R.
MASSIVE 6" Thick High Quality Garrett Intercooler Core
To effectively reduce charged air temperatures, we employed a vertical flow design for ultimate cooling. With its massive 22.2" x 14" x 6"bar-and-plate core the Race X offers 148% volume than a stock pair of GT-R intercoolers. That is 1800sq inches of cooling! The core features up to twice the fin density of most intercoolers currently on the market. This allows for more contact with cool, dense air which allows for the most pavement shredding power output you can get for your GT-R! In our test vehicles making 1700+whp we saw a 20˚f difference at the end of the ¼ mile between our standard Race FMIC and our new RACE X Intercooler.
Beautiful Billet End Tanks
AMS' Snailworks© engineering team designed the Alpha GT-R Race X billet intercooler end tanks with extremely smooth features and geometry for the best flow resulting in maximum horsepower. Designed using Solidworks© 3D CAD software, these end tanks have improved flow over boxy sheet metal end tanks found on our competition's inferior intercoolers. These large end tanks feature 3-inch CNC billet inlet and outlet ports to provide a smooth, tapered transition from intake to intercooler. Our team went even further by computer designing precisely molded, custom silicone couplers to provide perfect fitment and optimized geometry for improved airflow volume and velocity - providing unmatched power without sacrificing response.