Last Chance Forge Motorsport Front Mount Intercooler (fmic) For Mini F56 Cooper S Flash Sale: 45% Off [HdpkFht5]

Forge Motorsport Front Mount Intercooler for MINI F56 Cooper S

The Forge Motorsport Front Mount Intercooler (FMIC) is a game-changer for MINI F54, F55, and F56 Cooper S models, designed to deliver unparalleled performance and cooling efficiency. This high-performance intercooler is the perfect upgrade for mapped MINIs used on the road or track, ensuring that you get the most out of your engine while maintaining safe air intake temperatures. With its advanced design, the FMIC is tailored to enhance the performance of your MINI, providing a significant boost in power and torque.

Superior Design and Performance

The Forge MINI F56 Cooper S intercooler boasts a stepped bar and plate intercooler core construction, maximizing surface area for superior cooling. This innovative design offers a 63% larger frontal area and a 57% increase in total volume compared to the standard MINI intercooler, resulting in an improved cooling capacity. The increased surface area and volume mean that a larger volume of cooler, denser air can be forced into the engine, leading to improved combustion and enhanced performance. This upgrade will not only provide a noticeable power increase of 10 BHP but also consistently improve torque throughout the rev range.

Real-World Results and Benefits

During in-house testing, the Forge MINI F56 Cooper S intercooler demonstrated its effectiveness with a 10 BHP power increase and consistent torque improvement across the rev range. Additionally, the inlet air temperatures were reduced by an impressive 13 degrees Celsius at 6.5K rpm, showcasing the intercooler's ability to maintain safe and efficient engine temperatures. This upgrade is not just about performance; it's about the tangible benefits you'll experience on the road or track.

• Increased Power: A significant 10 BHP boost.
• Improved Torque: Consistent throughout the rev range.
• Reduced Inlet Air Temperatures: Up to 13 degrees Celsius decrease.