Mishimoto Intercooler Pipe Kit 2017 Plus F150 3.5L EcoBoost

Direct-fit Mishimoto Intercooler Pipe Kit for 2017+ F-150 3.5L EcoBoost replaces weak factory plastic with durable aluminum piping to deliver improved airflow and long-term reliability under repeated boost cycles.

Developed by Mishimoto to maximize the performance potential of 2017–2021 3.5L F-150 EcoBoost trucks and second‑generation Raptors, this hot-side intercooler pipe kit provides a high-flow replacement that addresses the common failure and aesthetic limitations of OEM plastic plumbing.

The design focus is functional and application-specific: direct-fit geometry for straightforward installation, smooth internal passages for reduced flow restriction, and robust construction for improved resistance to heat and pressure events encountered with turbo upgrade and high-flow applications.

Key features and benefits

• Direct-fit 2017–2021 3.5L F-150 / 2nd-gen Raptor compatibility — Ensures bolt-on installation without modification, preserving factory mounting points and routing for reliable fitment.
• Free-flowing aluminum piping — Larger, smooth-bore passages reduce flow restriction compared to aging plastic lines, supporting improved turbo response and performance exhaust tuning strategies.
• Durable construction — Metal piping offers greater resistance to cracking and deformation from heat and pressure cycles, improving long-term reliability under boosted conditions.
• Hot-side orientation — Specifically engineered for the compressor-to-intercooler charge path to optimize airflow where turbocharger pressures and temperatures are highest.
• Mishimoto-engineered quality — Designed and validated by Mishimoto with an emphasis on motorsports-grade durability and practical vehicle integration.

This intercooler pipe kit is intended for owners seeking a functional, durable replacement to OEM plastic pipes while supporting bolt-on turbo upgrade and high-flow modifications. The kit focuses on flow efficiency, installation accuracy, and improved long-term durability without changing vehicle routing or core serviceability.