Discover Chevrolet Gm Truck 5.3 6.2 1-3/4 Shorty Exhaust Headers Titanium Ceramic 14-18 Series [hZDqJKWf]

Chevrolet GM Truck Performance Headers - Unleash the Power

Enhance your Chevy or GMC truck's performance with BBK's GM Truck 5.3 6.2 Shorty Exhaust Headers. Designed specifically for 2014-2018 models, these headers are engineered to deliver a 10-12 horsepower increase over stock, providing a substantial boost in power and torque. Crafted with 1-3/4" primary tubes and 3/8" thick laser-cut flanges, these headers offer maximum flow and are a direct bolt-on installation for ease and convenience.

• Powerhouse Performance: Achieve a remarkable 10-12 horsepower increase.
• Quality Construction: Made with CNC-machined mandrel bent tubing and durable steel flanges.

Advanced Design and Precision Engineering

These headers are more than just an upgrade; they're a statement of performance. Constructed from 16-gauge steel for maximum durability and pressure-tested for leak-free performance, the BBK Shorty Headers are built to withstand the rigors of high-performance driving. The titanium ceramic finish not only enhances the aesthetics but also adds a layer of corrosion resistance. With direct bolt-on capabilities, installation is straightforward, and the kit includes all necessary gaskets and hardware.

• Robust Construction: 16-gauge steel and CNC-machined tubing for durability.
• Easy Installation: Direct bolt-on design with included hardware.

Optimize Your Truck's Performance and Sound

Upgrade your driving experience with BBK Performance Headers. The throaty exhaust note and increased power make these headers a must-have for any truck enthusiast. Whether you're tackling the highway or off-road trails, these headers ensure your truck performs at its best. Note that while these headers are not CARB-approved for installation in California, they are perfect for emission-controlled vehicles outside of the state.

• Powerful Sound: Enhance the exhaust note for a more aggressive sound.
• Performance-Driven: Ideal for daily driving and high-performance scenarios.