Essential Bbk 1856 1-7/8 Long Tube Headers Titanium Ceramic 11-23 Ford Mustang Gt, 16-20 Gt350 5.2 Tool [m6gvloMK]

BBK 1856 1-7/8 Long Tube Headers Titanium Ceramic for 11-23 Mustang GT

Experience the power of enhanced performance with the BBK 1856 1-7/8 Long Tube Headers. Designed specifically for the 2011-2023 Ford Mustang GT, these headers are engineered to deliver a substantial 30+ horsepower increase. Crafted with precision, these headers feature large 1 7/8" primaries, ensuring maximum flow and a leak-free ball and socket collector. Engineered from 16-gauge steel tubing with 3/8" thick flanges, they are robust and durable, fitting seamlessly with BBK Mid Pipes. This kit includes all necessary gaskets and hardware for a hassle-free installation.

Unmatched Quality and Fitment

The BBK 1856 headers are not just about brute force; they're about engineering excellence. Each header is constructed with 1-7/8" CNC-machined mandrel bent tubing and features 3/8" thick die-stamped flanges, guaranteeing unrestricted exhaust flow. This design, coupled with the durable titanium ceramic finish, not only improves performance but also adds a stylish touch to your engine bay. These headers are designed to fit with both manual and automatic transmissions, making them versatile for a wide range of Mustang GT owners.

Easy Installation and Comprehensive Fitment Guide

Installation of the BBK 1856 headers is straightforward, requiring the use of a BBK Performance short mid pipe for a direct bolt-on solution. The kit comes complete with all new gaskets and hardware. However, please note that for 2015+ models, a hardware kit (Part #16332) is required for installation. Additionally, these headers are compatible with various Ford Mustang GT350 models from 2016-2020. It's essential to ensure the correct front O2 wire harness extensions are used, as they are not included but recommended for installation. The BBK Performance team has provided a detailed fitment guide and installation instructions, ensuring a smooth and successful installation process.