![]() Order now your Shimano XT MT800 Center Lock Brake Disc and receive it at home in a few days. ![]() In addition, safety fixation with groove mounting increases accuracy and rigidity while improving braking efficiency. The mounting system of the closing ring reduces working hours by decreasing the amount of time for both installation and disassembly. CENTER LOCK, The CENTER LOCK system makes it easy to install the disc with groove mounting and a sealing ring. The lightweight and highly efficient three-layer sandwich structure in stainless steel / aluminum / stainless steel improves heat dispersion. ICE TECHNOLOGIES and FREEZA offer more consistent brake performance by lengthening the life of the pad and reducing noise and brake wear. Brake pads coated with aluminum / stainless steel fins help to dissipate heat quickly, which reduces maintenance, lengthens the life of the pad and reduces noise and brake wear. Light-duty paint-coated rotors to disperse heat in segments with exposed aluminum layers offer superior cooling, consistent brake performance and lighter performance under all conditions. ICE TECHNOLOGIES FREEZA, ICE TECHNOLOGIES, in combination with the construction of the FREEZA brake disc, quickly dissipates heat to obtain a more consistent brake performance in extreme conditions, extend the life of the pad and reduce noise and brake wear. Surface temperature is reduced by 20 ° C New ICE TECHNOLOGIES FREEZA construction to improve heat dissipation Stable and versatile brake performance in the most demanding conditions all for a successful adventure, with the new SHIMANO DEORE XT. Leave each adventurer who rides a MTB, on each outing to the adventure, whether up or down, accelerating or braking, on gravel, on rocky terrain or on a mountain path, responding to the cyclist´s will, conquering every situation and subtly allowing the cyclist´s awareness to be part of his experience. The sandwich aluminum core, cast with the outer layer of durable steel, dissipates heat through its central fins. Brake discs: DEORE XT brake discs with ICE TECHNOLOGIES FREEZA (RT-MT800) technology have been designed to maximize cooling, resulting in consistent braking performance and longer brake pad life. The new DEORE XT M8100 series includes innovative features such as the MICRO SPLINE sprocket cassette with 10-45T or 10-51T teeth development, 1x12 or 2x12 HOLLOWTECH II crankset, powerful 2-piston and 4-piston brakes, adjustable ISPEC-EV shifters, 12-speed rear derailleur and derailleur, ICE TECHNOLOGIES FREEZA fast-cooling rotors and complete wheel sets for XC or Enduro, all adjusted to The needs of mountain bikers today. You can chat, email, or call us at 95.DEORE XT - Durability and performance for today´s mountain bikers ![]() When it comes to brake rotors, our Jenson USA Gear Advisors are here to answer your questions, whether it's about rotor size or rotor technology. 6-bolt rotors simply use 6-bolts to mount the rotor to the wheel while centerlock rotors slide onto a splined area and use a lock ring similar to what a cassette uses. There are two types of rotors out there: 6-bolt rotors and centerlock rotors. This leads to better braking performance and longer pad life. ![]() This technology incorporates aluminum fins that provide a larger surface area so heat can escape the rotor easier. Some brands make rotors that use cooling fins like Shimano with their Freeza technology. This is why manufacturers use slotted rotors, so heat can escape from the brake pads easier. Too much heat will lead to brake fade, which has a negative impact on braking performance. One of the biggest enemies of brake rotors is heat. Also, larger rotors can dissipate heat over a larger surface area. Generally, the larger the rotor, the more braking power a rider will have. Typically smaller rotors like 140mm are reserved for road and cyclocross while larger rotors are designed for mountain biking. Rotors come as small as 140mm in diameter and go up to just above 200mm. Brake rotors are another important part when it comes to the effectiveness of a brake system.
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