aFe Power Apollo GT Series Hi-Tuck 409 SS Cat-Back Exhaust System w/o Tip | 2.5" Inlet and 3" Outlet (22-23 Toyota Tundra | 3.5L V6 TT)

2.5 IN - 3 IN 409 Stainless Steel Construction: This cat-back exhaust system is constructed of 2.5 IN - 3 IN mandrel-bent 409 stainless steel tubing for maximum strength and durability. High-Flow 409 Stainless Steel Muffler: This system features a high-flow 409 stainless steel muffler, producing a deep sound. Hi-Tuck Design: This cat-back exhaust system is finished off with a hi-tuck tip that is developed to give you extra clearance during extreme angle climbs or descents protecting exhaust over rough terrain. Deep Sound: This system produces a deep sound unleashing all available horsepower and torque. Installation: Utilizing factory style flanges and hangers this system is a direct bolt-on system, which requires no cutting or modifications for a hassle-free installation. Computer-Aided Design: State-of-the-art computer-aided design technology is utilized for precise vehicle fitment. MIG-Welded: 100% MIG-Welded for race-proven strength and durability.

2.5 IN - 3 IN 409 Stainless Steel Construction: This cat-back exhaust system is constructed of 2.5 IN - 3 IN mandrel-bent 409 stainless steel tubing for maximum strength and durability. High-Flow 409 Stainless Steel Muffler: This system features a high-flow 409 stainless steel muffler, producing a deep sound. Hi-Tuck Design: This cat-back exhaust system is finished off with a hi-tuck tip that is developed to give you extra clearance during extreme angle climbs or descents protecting exhaust over rough terrain. Deep Sound: This system produces a deep sound unleashing all available horsepower and torque. Installation: Utilizing factory style flanges and hangers this system is a direct bolt-on system, which requires no cutting or modifications for a hassle-free installation. Computer-Aided Design: State-of-the-art computer-aided design technology is utilized for precise vehicle fitment. MIG-Welded: 100% MIG-Welded for race-proven strength and durability.