Description
BMW M2 Competition F87 S55 Side Water Cooler - Wagner Tuning
Less Heat Soak. Stable Temperatures. Consistent Power. The Wagner Tuning Competition Side Water Cooler for the BMW M2 Competition F87 with S55 engine is the perfect upgrade for anyone who wants maximum cooling performance on the track or during hard road use. With +94 % more cooling volume (3.2 L vs. 1.65 L OEM) and a high-quality Competition racing mesh, this kit delivers significantly more stable coolant temperatures in the indirect intercooler circuit.
The included carbon air duct maximizes airflow. The heat-conductive anti-corrosion coating and true Plug & Play installation make the system extremely reliable and easy to fit. Ideal for tuned vehicles and track applications.
Why this Side Water Cooler is the best choice for your M2 Competition
EXTREME COOLING PERFORMANCE
+94 % more volume (3.2 L vs. 1.65 L OEM) + +14.9 % larger cooling surface = significantly lower coolant temperatures and less heat soak in the intercooler circuit.
OPTIMAL AIRFLOW
Includes carbon air duct for maximum airflow. CFD-optimized design ensures efficient heat exchange and stable system temperatures.
100 % PLUG & PLAY
Direct fit at original mounting points. No complicated modifications ? installed in no time and ready to go.
LIGHTWEIGHT & DURABLE
Premium Competition mesh with heat-conductive anti-corrosion coating. Perfect for track use and high power levels.
Technical Highlights
- +94 % volume (3.2 L vs. OEM 1.65 L)
- +14.9 % cooling surface (473.8 cm² vs. OEM 412.5 cm²)
- Installation depth: 68 mm (OEM: 40 mm)
- Competition racing mesh with heat-conductive anti-corrosion coating
- Includes carbon air duct for maximum airflow
- Plug & Play installation
Compatible with
BMW M2 Competition F87 3.0 BiTurbo S55 (2018?2021)
Kit Includes
1x Side Water Cooler, 1x Carbon Air Duct, complete mounting hardware, detailed installation instructions
Want even more performance for your BMW?
Discover our full range of BMW intercoolers
FIND MORE BMW COOLERS HERE >| Item number: | AR12517 |