It Scorpion Non-Resonated Cat-Back System is specially designed for the BMW M140i F20 without GPF (2016-2018). BMW established its reputation in the 1970s with the creation of the M division and the introduction of iconic models such as the E30 M3 in 1986. Scorpion played a major role in the aftermarket performance world by developing innovative exhaust systems, including their famous DTM tailpipe. The Scorpion Cat-Back System This is an 80mm (3.15-inch) non-resonated system, manufactured from motorsport-grade T304 stainless steel. This system retains the valve function, allowing drivers to control the sound level via the mode select button. It offers a significant improvement in exhaust flow, resulting in sharper throttle response, better power delivery, and reduced weight. Tailpipe options allow drivers to further personalize their vehicle with dual 100mm polished or black ceramic Daytona tailpipes, or the sporty Carbon Ascari tailpipe. The black ceramic version undergoes a precision coating process for a durable, flawless finish. The Carbon Ascari option offers a lightweight, high-performance look with a unique sporty design. The system also includes a resonator delete option for those seeking a more aggressive sound and weight savings without replacing the entire exhaust system. For maximum performance improvements, Scorpion offers a 5-inch downpipe, with options for a 200-cell sport catalytic converter or a decat (motorsport only).
Advantages:
• Lifetime warranty
• T304 stainless steel construction for durability
• Non-resonated system for a sporty, aggressive tone
• Hand-polished or black ceramic Daytona and Carbon Ascari tailpipes
• Valve function is retained for sound modulation
• Improved throttle flow for sharper throttle response and power increase
• Resonator delete option for increased sound intensity and weight savings
Contents:
• Non-Resonated Cat-Back System with tailpipes
• Installation manual
Installation Instructions Assembly instructions SBMS076C.pdf
Installation Instructions Assembly instructions
