Mishimoto MMINT-FOST-13KPBK Performance Intercooler Kit with Polished Pipes Black Cooler

The Mishimoto MMINT-FOST-13KPBK Performance Intercooler Kit is a complete cooling upgrade engineered to maximize airflow and reduce heat soak in turbocharged 2.0L EcoBoost engines. This kit features bar-and-plate core construction that opens air channels for improved charged air flow while the all-aluminum construction aids in heat dissipation under demanding driving conditions. The intercooler core is 128% larger than stock with 32% more external fin surface area, dropping outlet temperatures by 34 degrees Fahrenheit.

Complete Intercooler System Upgrade:

• 4.3-inch thick intercooler design optimized for maximum flow with minimal pressure drop
• Mandrel-bent aluminum hot-side pipe eliminates the restrictive turbo muffler and provides 26% greater flow than stock
• Cold-side pipe features 10% volume increase and 40% flow improvement over stock with elliptical shape to accommodate larger radiators
• Wire-reinforced silicone couplers replace degradation-prone rubber for long-lasting connections and 21% total increase in flow to and from the intercooler
• CNC-machined ribbed inlet and outlet ensure secure coupler connections
• Provisions for both US and Euro MAP sensors

Performance & Installation:

• Adds 8 HP and 10 lb-ft of torque when combined with other Mishimoto Focus ST performance parts, with maximum horsepower rating of 550 HP
• Direct-fit replacement requires no front bumper modifications
• Retains factory fog lights and front grille shrouding
• Stealth black intercooler core with polished aluminum piping

Kit Includes: Mishimoto performance intercooler, aluminum hot-side pipe, silicone cold-side pipe, wire-reinforced silicone couplers, high-torque worm gear clamps, and complete mounting hardware. Backed by the Mishimoto Lifetime Warranty for worry-free performance.

Note: Due to space constraints, this kit is not compatible with active front splitters. The factory lower grille shrouding can remain installed to direct airflow to the core.