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Vehicle Info NeededFull Intercooler Pipe and Boot Kit
Ships on 11/09/2026
Lowest Price GuaranteeItems You Need
- Full Intercooler Pipe and Boot Kit
- 2015-Up Ford Mustang 2.3L EcoBoost
- Black Wrinkle Coated Finish
- MFG p/n MMICP-MUS4-15WBK
Looking for a way to improve spool-up, increase power potential, and improve engine bay aesthetics on your EcoBoost Mustang? Mishimoto has you covered with a new intercooler pipe kit designed specifically for the 2015+ Ford Mustang 2.3L EcoBoost. This EcoBoost Mustang kit features 2.5" hot-side and 2.75" cold-side mandrel-bent aluminum piping for smooth airflow, and four-layer silicone couplers with heat-resistant embedded fibers for improved tolerance against heat and pressure.
This 2015 Mustang EcoBoost kit also includes high-quality stainless steel T-bolt clamps for consistent and reliable holding power. Installation is simple, requires no modification to any parts in the engine bay, and can be completed in under one hour. The precision CNC-machined BPV flange allows you to retain the stock EcoBoost Mustang BPV. The Mishimoto Mustang EcoBoost Intercooler Pipe Kit includes the Mishimoto Lifetime Warranty.
TECH SPECS: - Pipe Construction: Black Wrinkle Coated Aluminum
- Diameter: 2.5" (Hot-Side); 2.75" (Cold-Side)
- CARB Compliant EO# D-759
Kit Includes: - (1) Aluminum Pipe w/ CNC-Machined NPT Bung
- (1) Aluminum Pipe w/ CNC-Machined BPV Flange
- (4) Silicone Couplers
- (1) 2.0" T-Bolt Clamp
- (4) 2.75" T-Bolt Clamps
- (3) 3.0" T-Bolt Clamps
- Mishimoto Lifetime Warranty
Improve Airflow for More Power!
Mishimoto has developed intercooler pipe and boot kits to help your turbo system free up some horsepower. Most factory pipes and boots feature numerous restrictive bends and do not stand a chance against the heat and pressure of high-powered turbo systems. Mishimoto intercooler pipes are made right here in the USA and are constructed of mandrel-bent aluminum with a polished or black wrinkle finish. Mishimoto pipes eliminate restrictive bends like in the factory pipes, which allows for improvements in airflow, power, and exhaust gas temperatures.
