Say goodbye to leaks that cause a potential power-robbing boost by plumbing your intercooler system with the APR Intercooler Hoses! These aftermarket boost hoses are designed to minimize performance degradation and are made from four-ply silicone to ensure heat and burst resistance under extreme operating conditions.

The APR Intercooler Hoses are internally lined with fluorosilicone to ensure that the structure does not deteriorate over time upon constant exposure to oil and gasoline. To secure the hoses in place amidst high pressures, the stainless-steel Clampco T-bolt clamps are utilized, augmented by the silicone lining that adheres to the mating surface better as temperatures rise. This leak and slip-proof design allow for the proper connection and pressure retention.

The APR Intercooler Hoses come with the EZ-Flow stepped design that guarantees a smooth and obstruction-free airflow path to reduce turbulence. The hoses also boast a longer lifespan than most conventional offerings as it has better heat resistance than rubber. You do not have to worry about compatibility as well, as the kit works with both OEM and upgrade APR intercooler systems.

Get every ounce of power from your intercooler setup with the help of the APR Intercooler Hoses!

Audi Performance and Racing (APR LLC) was founded in 1997 by automotive engineers Brett Augsburger and Stephen Hooks to provide Volkswagen Auto Group vehicles with reliable and high-quality aftermarket upgrades. From their very first product, an ECU software upgrade for the 1997 Audi A4, APR branched out to exhaust and turbo systems, along with other hardware/software and data-logging implements for engine and transmission controllers, including, but not limited to: intakes, intercoolers, suspension, brake systems, wheels, among others.

APR is a trusted name for Volkswagen, Audi, Skoda, Porsche, and other vehicles, boasting a massive selection of products for customers. APR delivers your software via a 24-hour automated global delivery system from its advanced facility in Opelika, Alabama.