Transform your BMW 320i or 325i with this High Performance Cat-Back Exhaust System, engineered for power, sound, and precision. Featuring an electronically controlled valve system, you can switch between a deep, aggressive exhaust tone and a quieter, refined mode for daily driving — giving you total control of your exhaust experience.
Features:
• Compatible with BMW 3 Series G20 (2020–2024) – 320i / 325i / 2.0T models
• Valved design – adjustable sound output with remote or OEM control
• High-flow cat-back configuration improves exhaust efficiency and throttle response
• Made from premium T304 stainless steel – corrosion resistant and long-lasting
• Mandrel-bent piping ensures smooth, unrestricted airflow
• Precision TIG welding for strength and a perfect fit
• Enhanced exhaust tone – sporty yet sophisticated
Material: T304 Stainless Steel
Finish: Polished Metallic
Fitment: BMW 3 Series G20 (2020–2024) – 320i / 325i 2.0T
Type: Cat-Back Exhaust with Valve Control
Free UK Shipping – In Stock & Ready to Dispatch
Transform your BMW 320i or 325i with this High Performance Cat-Back Exhaust System, engineered for power, sound, and precision. Featuring an electronically controlled valve system, you can switch between a deep, aggressive exhaust tone and a quieter, refined mode for daily driving — giving you total control of your exhaust experience.
Features:
• Compatible with BMW 3 Series G20 (2020–2024) – 320i / 325i / 2.0T models
• Valved design – adjustable sound output with remote or OEM control
• High-flow cat-back configuration improves exhaust efficiency and throttle response
• Made from premium T304 stainless steel – corrosion resistant and long-lasting
• Mandrel-bent piping ensures smooth, unrestricted airflow
• Precision TIG welding for strength and a perfect fit
• Enhanced exhaust tone – sporty yet sophisticated
Material: T304 Stainless Steel
Finish: Polished Metallic
Fitment: BMW 3 Series G20 (2020–2024) – 320i / 325i 2.0T
Type: Cat-Back Exhaust with Valve Control
Free UK Shipping – In Stock & Ready to Dispatch
