aFe Rebel Series 2-1/2 IN 409 Stainless Steel Cat-Back Exhaust System w/ Black Tips

aFe's Rebel Series, dual black tip cat-back exhaust system for your 2007 - 2018 Jeep Wrangler (JK) with the V6-3.8L / 3.6L engine. This Rebel Series system is constructed with 2-1/2" mandrel bent 409 stainless steel tubing for improved exhaust flow. Utilizing factory mounting locations, the bayonet tip hangers ensure the Rebel Series exhaust has an OE-style fit and stays put under any driving conditions. A certified craftsman hand MIG welds the system for durability and longevity. High quality band clamps and hardware to provide a quick, hassle-free installation with no modifications necessary. Dual 4-1/2" angle-cut, black stainless steel exhaust tips are badged with laser-cut aFe POWER plates to finish off the Rebel Series exhaust system for the perfect combination of performance, value and style. Additional Performance: Compatible with aFe Power Twisted Steel Down-Pipe Loop Relocation Pipe (48-48022-HN or 48-48022-HC) to optimize your performance gain. Mild Tone A free-flowing, stainless steel, high temp metallic black, rear muffler assembly, engineered for the smoothest sounding performance available. A 14" long, round front muffler assembly is used to absorb the high pitch tones. The rear, 18" long, oval muffler is used to producing a powerful sound and unleashing more horsepower and torque potential. Dual 4-1/2" Black Exhaust Tips: This dual rear-exit system features 4-1/2" dia. high temp metallic black, angle-cut, rolled, stainless steel exhaust tips w/ laser-cut aFe POWER badge for a custom-styled look. Installation is a snap: This Rebel Series exhaust system uses all factory mounting locations providing stability and a hassle-free installation. Perfect Fit: OE-style bayonet hangers are used to maintain a stable pipe location during any driving conditions. The bayonet tip holds the hanger bushing in place for an OE style, long lasting fit. Leak-Free Seal: High quality band clamps are used for a complete 360-degree sealing surface.