Wagner Tuning Side Mount Radiator Kit for BMW M2 Competition (F87) S55 Engine
WAGNER TUNING
Competition Radiator Kit for the BMW F87 M2
The 3.0 Liter S55B30 turbo engine of BMW M2 Competition is equipped with an indirect charge-air cooling circuit. So the cooling of the charged air is not realized by the ambient air as cooling medium (as usual), but made with its own cooling water circuit. A reduction of the temperature of the cooling water is directly equated with an improved cooling performance of the charged air. This is exactly where the advantages of the WAGNERTUNING upgrade water cooler comes into play.
The new developed competition racing cores of the WAGNERTUNING high performance water coolers increase the radiator volume of the OEM water coolers by 89% for front mounted and 94% for side mounted. The calculated ratio between the inner and outer cooling surface generates a maximum heat transfer and allows at the same time enough air flow for the surrounding components (for example the engine water cooler) for its own heat exchange. The water coolers are equipped with a heat-conductive anti corrosion coating to ensure a lasting cooling effect. The nearly plug & play installation of the system is simple and easy to perform (installation instructions included).
Dimensions OEM front mounted radiator:
590 mm x 308 mm x 25 mm / 23,2Inch x 12,1Inch x 1,0Inch
V = 4,5 Liter
A = 1817 cm² / 280,7Inch²
Dimensions WT front mounted radiator:
568 mm x 468,4 mm x 32 mm / 22,4Inch x 18,4Inch x 1,26Inch
V = 8,5 Liter (+89%)
A = 2660,5 cm² / 412,2Inch² (+46,4%)
Dimensions OEM side mounted radiator:
250 mm x 165 mm x 40 mm / 9,8Inch x 6,5Inch x 1,6Inch
V = 1,65 Liter
A = 412,5 cm² / 63,7Inch²
Dimensions WT side mounted radiator:
252 mm x 188 mm x 68 mm / 9,9Inch x 7,4Inch x 2,7Inch
V = 3,2 Liter (+94%)
A = 473,8 cm² / 73,3Inch² (+14,9%)
Kit comes with:
1x front mounted radiator (low-temperature circuit)
1x side mounted radiator (low-temperature circuit)
1x carbon air shroud for side mounted radiator
1x mounting material
1x installation instruction