Sleek and stylish, this universal front-mount intercooler will provide the perfect cooling capacity needed for smaller turbo applications.All Mishimoto intercoolers are constructed of 6061 aluminum and are TIG welded to perfection.Coated all-black finish gives this intercooler a sleeper look when mounted.Note: For your taste, only one side of the intercooler has the Mishimoto logo.
High-efficiency intercooler engineered to reduce intake air temperatures for improved power and engine performance. Durable construction ensures optimal heat exchange, consistent boost, and a precise, reliable fit.
Universal Fitment
Durable bar-and-plate core provides superior heat transfer while effectively reducing AITs
Robust, one-piece cast aluminum end tanks withstand high boost pressures
Four M8 x 1.25 threaded universal mounting points for a universal fit
The Mishimoto Universal Black G Line Bar & Plate Intercooler is designed to deliver efficient cooling for smaller turbocharged engines, making it an excellent upgrade for enhancing engine performance. Constructed from high-quality 6061 aluminum and TIG welded for durability, this intercooler features a sleek all-black finish that offers a discreet, sleeper appearance when installed. Its universal design ensures compatibility across various applications, making it a versatile choice for many vehicle setups. The robust bar-and-plate core provides superior heat transfer, effectively lowering intake air temperatures (IATs) to improve power output and throttle response. The all-aluminum cast end tanks are built to withstand high boost pressures, ensuring long-lasting performance even under demanding conditions.
Features:
Durable bar-and-plate core provides superior heat transfer while effectively reducing intake air temperatures
Robust, one-piece cast aluminum end tanks withstand high boost pressures
Four M8 x 1.25 threaded universal mounting points for a versatile fit
Sleek all-black finish offers a sleeper look when mounted
Constructed of 6061 aluminum and TIG welded for durability and precision
