2014+ C7 Corvette AP Racing Radi-CAL Front 6 Piston Brake System, Black Calipers

AP Racing Radi-CAL Front 6-Piston Drilled/Slotted Big Brake Kit - Black Calipers

Front Kit
Black 6-Piston Calipers
Cross-Drilled / Slotted Rotors
2-Piece 370x36mm (14.5"x1.4") Rotors

The AP Racing Radi-CAL front 6-Piston brake kit is custom designed for the 2014 Chevrolet Corvette.  This kit includes a set of large 14.5" cross-drilled and slotted rotors, Black calipers (also available in Red ), Goodridge stainless steel brake lines, high performance brake pads, and accessories to make this a complete bolt-on system and will be shipped pre-assembled for a smooth installation. 

For over 50 years, AP Racing has had one aim - to create winners on the race track. The world of motorsport has changed out of all recognition since those early days and AP Racing have spearheaded every major development in brake and clutch technology. In Grand Prix Racing our success started with the incredible Auto Unions and has continued uninterrupted ever since to the championship winning Williams, McLarens, Renaults, and Ferraris. Over the years this success has been repeated in all other types of Single Seaters including Champ Cars, Indy Racing League, Indy Lights, GP2, F3000, F3 etc. At the end of the 2011 season AP Racing had notched up an incredible 686 GP wins for cars using its Brakes and/or Clutches and are confident of increasing this tally in 2012. At the pinnacle of motor sport, numerous factors dictate the most specialised requirements for ultimate success. From the state of the art 3 dimensional solid modelling/design and Finite Element Analysis CAD facilities, to sophisticated research, development and testing incuding special dynamometers that simulate true racing speeds, AP Racing is constantly probing the boundaries of technology. From state of the art measuring centres, CNC machining and sophisticated stock control systems, to the intricate hand assembly, checking and testing of individual assemblies, AP Racing ensures its products perform when pushed to the absolute limits.