![]() Hydraulic pressure will cause the caliper to move along the slide pins pulling the outer brake pad against the opposite side of the disc rotor causing friction and decelerating the brake and the vehicle. When the brake pedal is pressed the caliper will receive high pressure brake fluid from the master cylinder which will push the piston into the inside brake pad and onto the disc rotor surface. Now that we understand the parts lets see how the braking system works. This causes the caliper to move along the slide pins which then pulls the outside brake pad up against the brake disc rotor. The caliper is fed brake fluid through a banjo fitting which drives the piston forward towards the inside brake pad when the brake pedal is pushed. These parts include the caliper and mounting bracket, slide pins, locking bolts, dust boots, brake mounting clips, brake pads and shims, the brake piston with dust boot and seal. In this assembly the brake pads are squeezed up against the disc rotor surface to create friction.Ī caliper is made up of multiple parts all crucial in effective operation of the brake system. The caliper is activated by brake fluid hydraulic pressure produced from the vehicles brake pedal and master cylinder. Starting with one of the main components in the braking system we look at the disc rotor which the brake pads squeeze against, this will create friction that decelerates the rotation of the wheel and vehicle. We will start by looking at the braking components involved in stopping a vehicle and how they work together. Welcome to Bendix brakes, today we will look at how a modern disc brake system works. Ultimate+ Performance Brake Upgrade Kit.Quality brake shoes, engineered for Australian conditions.Įasily warns drivers when brake pads are nearing the end of their lifespan.įor peace of mind and ultimate tow control, tow with the Bendix Ultimate Tow™ Electric Brake Controller. Increased strength and durability for peak performance.Įxtensively tested for high speed driving conditions High performance stopping for performance and prestige vehicles.Įxceptional stopping power for even greater confidence. Muti-purpose brake pads for hard working vehicles. Specially engineered to suit the most extreme 4WD applications. Specially formulated brake pads for on and off-road driving. Using the latest Ceramic technology and specifically engineered for EV and Hybrid Vehicles. Specially engineered brake rotors for European vehicles. Superior performance for European vehicles. General purpose brake pads for everyday driving. Find the right brake pads for your vehicle today. We offer a range of specialised braking systems for different vehicles and driving conditions.
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