Wagner Tuning 210001124 Charge Pipe Kit for 2015-20 BMW M2/M3/M4 S55

Vehicle Fitment

• 2015-2020 BMW M2 Competition (F87, S55 3.0L)
• 2015-2020 BMW M3 (F80, S55 3.0L)
• 2015-2020 BMW M4 (F82/F83, S55 3.0L)

Features

• Large-diameter 57 mm charge pipes for improved airflow
• Aluminum construction for strength and durability
• Powder-coated finish for corrosion resistance
• Smooth internal transitions - no OEM-style cross-section bottlenecks
• Reduced back pressure for better turbo response (~40% improvement)
• Includes high-quality silicone couplers
• Comes with stainless-steel hose clamps
• Improves reliability under high boost or tuning conditions

Specifications

• Part Number: **210001124**
• Pipe Material: Aluminum
• Pipe Diameter: ~57 mm
• Coating: Powder-coated
• Couplers: Reinforced silicone (included)
• Clamps: Stainless-steel
• Fitment: BMW S55 3.0L turbocharged engine
• Compliance: Not CARB legal / not for sale in California (per supplier) :contentReference[oaicite:0]{index=0}

Included Components

• 2x Aluminum charge pipes (powder-coated)
• 2x Silicone adapter hoses
• 4x Stainless-steel hose clamps
• Mounting hardware (brackets, bolts)

Product Description

The **Wagner Tuning 210001124** Charge Pipe Kit offers a direct-fit, high-performance upgrade to the stock charge piping on BMW M2, M3, and M4 models equipped with the S55 3.0 L twin-turbo engine. The 57 mm aluminum pipes provide significantly more flow compared to the OEM units, reducing back pressure and improving turbo responsiveness.

Built for durability, the pipes feature a powder-coated finish to resist corrosion, while the reinforced silicone adapter hoses handle high boost and temperature. Included stainless steel clamps ensure secure, leak-free connections under demanding driving or tuning conditions.

This kit is ideal for enthusiasts looking to improve performance, especially those pursuing higher boost levels or tuned setups. It installs in the OEM location and helps deliver better throttle response, enhanced airflow, and improved long-term reliability in high-stress applications.