All-in-one Ford Mustang 351 Swap 1-3/4 Long Tube Exhaust Headers Polished Silver Ceramic 86-93 Up To 80% Off [iSTa71d0]

Upgrade Your Mustang with BBK 351 Swap Headers

Transform your 1986-1993 Mustang with a 351W engine swap with these premium BBK Long Tube Exhaust Headers. Designed for maximum performance, these headers feature a durable polished silver ceramic finish that not only enhances the appearance but also helps in maintaining optimal under-hood temperatures. With a 18-25 horsepower increase, these headers are the perfect addition for any Mustang enthusiast looking to swap out the smaller 302 block for a larger 351W block. The 1-3/4" primaries are specifically tailored for 351W or large displacement stroker engines, ensuring a throaty exhaust note and improved airflow.

High-Quality Construction and Specifications

These headers are crafted from 1-3/4" CNC-machined mandrel bent tubing, providing a full length primary tube design for unrestricted and balanced airflow. The headers are made with 3/8" thick die-stamped flanges and 16 gauge steel tubing, ensuring a robust and leak-free performance. The included gaskets and hardware simplify the installation process, while the 3" sized collector with a 2.5" opening ensures compatibility with BBK Short Mid Pipes. Please note that these headers are designed for manual transmissions only and do not fit AOD/E automatic transmissions.

Performance and Practicality

Whether you're looking to enhance the performance of your Mustang or simply want to enjoy the distinctive exhaust note of a 351W-powered engine, these BBK Long Tube Headers are a must-have. With their high-performance features and ease of installation, they are perfect for daily drivers or track enthusiasts. The ceramic coating adds durability and heat resistance, making these headers a reliable investment for any Mustang owner. Don't forget to consider Part #1676 for O2 wire harness extensions to complete your installation. With these headers, you'll be driving a Mustang that not only looks great but also performs exceptionally well.