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Showing posts with the label brake rotors

Rusty Brake Rotor

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Bee's nest hiding under the dashboard Rusty Brake Rotor  See The Difference between new and old brake rotors: Below are pictures of two brake rotors for a 2000 ford crown Victoria. One is an original equipment ford rotor that has been installed on the car for about 10 years ago. The other is a New Old Stock (NOS) rotor that was produced about 10 years ago and has been stored in a humidity controlled environment since manufacture. See the picture below and that will say why your brake rotors needs to be inspected and replaced if its worn out and rusty: These two rotors were made using the same castings. But do you notice how the rotor on the right looks very different near the cooling vanes due to all the thick rust scale? In the northeastern united states, massive quantities of chloride salts are applied to the roads during the winter to clear snow and ice. This makes driving on roads around here similar to a salt water marine enviroment. Before the rotor was

How Does Brake Calipers Work?

A brake caliper is designed to utilize brake fluid under pressure to transfer force the brake pads. In-turn the brake pads contact the rotating brake rotor to slow the car. A brake caliper is typically mounted to the spindle or backing plate. There are two basic designs of brake caliper mounting, fixed and floating. A fixed position brake caliper is bolted to the spindle and is not allowed to move. This kind of brake caliper is constructed with caliper pistons on both sides of the caliper. The floating style of caliper is mounted to the spindle or backing plate using a slide bolt. This slide bolt design allows the caliper to slide on these bolts. This design uses pistons on just one side of the brake caliper. Brake calipers are a crucial part of the braking system of any vehicle, as they perform the mechanical aspect of the braking action. Properly understanding brake calipers, their function and operation, helps you to identify issues when the brakes do not work correctly. While basi