In order to prevent overbraking when the load is lighter, the electronic brake force distributor constantly monitors the wheel speed of the rear axle and compares this with that of the front axle. If the rear axle threatens to lock, the distributor limits its drive slip: this partial braking re-establishes the car’s directional stability.
Sunday, May 31, 2009
Electronic brake force distributor
Modern automobiles have relatively large brakes on the rear axle so they can brake over a short distance even if they are carrying a large load.
![Electronic brake force distributor](https://lh3.googleusercontent.com/blogger_img_proxy/AEn0k_vJbe6_OwvfN1qDcR-fUv4E1sWrsZIZACLUrW9Oq00wC944JAhOLRu0J4TxsGBnCoaYPXjKFvpq2-Naf7cLCQE62FXJTCFfBc_LKe2BascVP3ZUPwpiJMlunf3YYrRAjQ=s0-d)
In order to prevent overbraking when the load is lighter, the electronic brake force distributor constantly monitors the wheel speed of the rear axle and compares this with that of the front axle. If the rear axle threatens to lock, the distributor limits its drive slip: this partial braking re-establishes the car’s directional stability.
In order to prevent overbraking when the load is lighter, the electronic brake force distributor constantly monitors the wheel speed of the rear axle and compares this with that of the front axle. If the rear axle threatens to lock, the distributor limits its drive slip: this partial braking re-establishes the car’s directional stability.
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