Big Brake Kit with Full-Floating Rotors

This sophisticated, bolt-on system builds upon the Ksport Procomp kit by incorporating larger calipers, rotors, and brake pads, alongside an increased number of pistons and standard full-floating rotors for superior self-centering capabilities. Each caliper is meticulously crafted from a solid billet of aircraft-grade aluminum, ensuring a lightweight yet incredibly strong and corrosion-resistant component. The integrated aluminum pistons further enhance heat management and operational reliability. Key features include a one-piece forged caliper construction from aerospace-quality aluminum for maximum strength and even thickness distribution. Carbon steel caliper brackets, CNC-machined for precision, facilitate a direct bolt-on installation to the OEM caliper bracket locations. The floating two-piece rotor design allows the outer section to move slightly, improving self-centering, reducing brake drag, and ensuring more consistent pad application for enhanced performance. Standard on this kit are NAOC Ceramic SC5 street pads, offering optimal braking in street and occasional track conditions, with significantly reduced dust and noise compared to race pads. DOT-compliant stainless-steel braided brake lines are also standard, providing a quicker pedal response and firmer feel by eliminating line expansion under pressure. This Supercomp kit includes 400mm, cross-drilled rotors, recommended for daily driven vehicles due to their superior cooling properties over slotted rotors. Ksport Big Brake kits are built to order, with production and delivery typically taking 4-6 weeks. Fitment is confirmed for various Chrysler 300 models from 2005-2010. While the system is designed as a direct bolt-on, it is important to note that Ksport builds these kits to order, and lead times can vary. If there are any fitment concerns or the sales team has recommended an incompatible setup, Ksport will work to resolve the issue and may accept returns with no restocking fees for items in like-new condition.