SpeedFactory K-Series SFWD / AWD Air-to-Air Intercooler (1400HP+) [SF-06-099]

Hybrid HyperSport is proud to offer you the best of the best. With SpeedFactory's record of being the fastest, we can assure you these awesome products are what they use on their own cars!

Built specifically for K-Series cars competing in the SFWD / AWD classes, this 1400HP+ rated air-to-air intercooler combines our MASSIVE 6" thick, 1-piece core with trick smooth-flowing endtanks to ensure optimum flow over the entire intercooler core surface. Our unique intercooler design allows you to achieve maximum cooling effectiveness with a smaller package than traditional air-to-air intercoolers, opening up valuable space in both front corners of the vehicle for other components that would otherwise be occupied by intercooler piping. The offset-height endtanks make this intercooler perfect for K-Series centerfeed or side outlet intake manifold setups. The endtanks are carefully hand-formed from H-3 5052 aluminum and fully TIG welded in house.

This intercooler core is efficiently cooling intake air temperatures for many cars currently in competition, generating very high boost levels in excess of 50+ psi.

Our K-Series SFWD / AWD intercooler comes standard with bead rolled 3" inlet & 3.5" outlets, which we have made short in length to accommodate a tighter clearance piping setup. Vibrant Performance Vanjen clamps are also available upon request for faster, more secure charge pipe connections. Please call or email us before you place your order if you would like the Vanjen flanges welded to your intercooler.

All units ship complete with the SpeedFactory logo stenciled on the face of the core and come with M8x1.25mm aluminum mounting bungs already attached for easy installation.

FEATURES:

• 1,400HP Rated
• Core size is 18"x12"x6"
• Overall size is 32 " (Right outside tank to left side outside tank) x12" tall x6" thick
• Inlet / Outlet Tube Center to Center Measurement - 28"
• Unparalleled craftsmanship and race proven performance

Part Number: SF-06-099