MBRP S6284AL 4 Inch Filter Back Exhaust System Single Side Aluminized Steel

The MBRP S6284AL Armor Lite Series exhaust system delivers exceptional performance and sound at an outstanding value. This complete 4-inch filter-back exhaust system is engineered specifically for 2011-2014 Ford F-250, F-350, and F-450 trucks equipped with the 6.7L Powerstroke diesel engine.

Constructed from heavy-gauge aluminized steel, this exhaust system offers excellent durability and resistance to damage from road debris while maintaining an affordable price point. The aluminized steel construction makes it ideal for vehicles in dry climates or for those seeking premium sound quality on a budget.

Key Features:

• 4-inch smooth mandrel-bent tubing for maximum exhaust flow and zero rippling in bends
• 3.5-inch turbo down pipe included for complete installation
• Single side exit configuration with 5-inch polished tip
• CARB compliant with Executive Order D-763-2 for legal use in all 50 states
• Gains of up to 12 horsepower and 30 ft-lbs of torque
• Enhanced exhaust tone without excessive drone
• Mandrel-bent construction ensures smooth bends for optimal flow

What's Included:

• 4-inch filter-back exhaust system
• 3.5-inch turbo down pipe
• 5-inch exhaust tip
• All necessary mounting hardware

The mandrel-bending process used throughout this system eliminates flow restrictions found in crush-bent exhaust systems, allowing your engine to breathe more freely. This improved exhaust flow translates to increased power output, better throttle response, and enhanced fuel efficiency. The single side exit design provides a clean, aggressive appearance while maintaining excellent ground clearance.

Installation Note: Some cutting may be required during installation to ensure proper fitment. Professional installation is recommended for best results.

MBRP's Armor Lite Series offers the same precise fitment, performance gains, and quality construction as their premium exhaust lines, making it an excellent choice for diesel enthusiasts seeking maximum value without compromising on results.