Big Brake Kit with Full-Floating Rotors

This kit elevates the performance of your braking system by incorporating larger calipers, rotors, and brake pads, enhanced with more pistons and standard full-floating rotors that ensure better self-centering within the caliper for reduced drag and more even application. The calipers are constructed from a solid billet of aircraft-grade aluminum, resulting in a lightweight, one-piece forged design that offers exceptional strength and corrosion resistance. These calipers utilize aluminum pistons for superior heat management and consistent operation. Standard on all Supercomp systems are floating two-piece rotors, featuring an outer section that allows for slight adjustment, promoting better self-centering, reduced brake drag, and improved performance. This kit comes standard with NAOC Ceramic SC5 Street Pads, which are optimized for street use and occasional track conditions, offering reduced dust (by 50% or more), noise, and rotor wear, with an optimal operating temperature range of 194°F - 1022°F. Additionally, D.O.T. compliant stainless-steel braided brake lines are included, which eliminate expansion under pressure, leading to quicker pedal response and a firmer pedal feel compared to stock rubber lines. Buyers can choose between cross-drilled rotors, recommended for daily drivers due to better cooling, or slotted rotors, recommended for track use. Ksport Big Brake kits are built to order, with production and delivery typically taking 4-6 weeks. This specific kit is designed for the 1994-1999 Toyota Celica. While Ksport aims for universal fitment where possible, it is always recommended to confirm compatibility with your specific vehicle configuration. Fitment issues can sometimes arise, and if an error occurs due to the sales team's recommendation or an order inaccuracy, Fitment Industries will work to make the return process easier, potentially waiving restocking or return shipping costs if the item is in like-new condition and the issue stems from their recommendation or error.