Supercomp Big Brake Kit

The Ksport Supercomp Big Brake Kit represents the pinnacle of braking enhancement, engineered specifically for the 1990-1993 Toyota Celica. This sophisticated, direct-fit upgrade provides unparalleled stopping power by incorporating larger calipers, rotors, and brake pads, alongside an increased piston count and full-floating rotors for optimal self-centering. Construction is focused on strength and heat resistance. The calipers are forged from a single billet of aircraft-grade aluminum, ensuring lightweight design, exceptional strength, and corrosion resistance, featuring aluminum pistons for superior heat management. The kit includes floating two-piece rotors, which allow for slight movement to improve self-centering, reduce brake drag, and enhance performance through more even application. Standard braking is handled by SC5 NAOC Ceramic pads, suitable for street and occasional track use, offering a 50% reduction in brake dust and reduced noise and rotor wear, with an optimal operating temperature range of 194°F - 1022°F. Customization options include slotted or cross-drilled rotors – cross-drilled are recommended for daily drivers due to cooler operation, while slotted rotors are preferred for track use. Calipers are available in standard painted colors like Orange, Red, Black, and Yellow, with premium high-polish finishes and custom color options also available. All Ksport Big Brake kits come standard with D.O.T compliant stainless-steel braided brake lines, which eliminate line expansion under pressure for a quicker pedal response and firmer pedal feel. Ksport Big Brake kits are built to order, with an estimated production and delivery time of 4-6 weeks. Fitment is confirmed for 1990-1993 Toyota Celica GT models, and the system is designed to fit a broad range of vehicles, with a search function available to confirm compatibility. If fitment issues arise due to a sales team recommendation, Fitment Industries will work to rectify the situation with no restocking fees, provided the item remains in like-new condition.