Anti Lock Breaking Sysyem
SEMINAR REPORT
ON
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SUBMITTED BY: -
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Stopping safely is one of the most important functions a motor vehicle has to perform. Failure of the brake system will almost invariably result in property damage, personal injury, or even death. Consequently, a great deal of consideration has been given to improving the brake system in trucks and passenger cars over the last nine decades. One of the latest improvements is an antilock brake system which, as the name suggests, prevents a vehicle 's brakes from locking up and skidding during hard stops on wet or icy roads.
When activated correctly, Anti-Lock Brake Systems (ABS) can provide drivers with the ability to stop a vehicle in shorter distances and allow for more vehicle control under heavy braking than conventional brake systems. This is especially true under wet or icy road. Anti-lock brakes are designed to prevent skidding and help drivers maintain steering control during an emergency stopping situation. In cars equipped with conventional brakes, the driver pumps the brakes, whereas in cars equipped with four-wheel ABS, the driver keeps a firm foot on the brake, allowing the system to rapidly and automatically pump the brakes. Because the wheels don 't lock, drivers have the ability to steer around hazards if they are unable to stop in time. Thus, ABS improves vehicle stability, steerability and stopping capability. The most important outcome of the ABS is
• Ρεδυχτιον ιν μυλτιπλε ϖεηιχλε χρασηεσ βψ 18 περχεντ
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➢ INTRODUCTION
➢ WHERE DID ABS COME FROM?
➢ UNDER STANDING BRAKE SYSTEMS
• DISC AND DRUM BRAKES
➢ PURPOSE OF ABS
➢ COMPONENTS
➢ HOW IT WORKS?
➢ ABS TYPES
➢ ADVANTAGES OF ABS
➢ LIMITATIONS OF ABS
➢ DOs AND DO NOTS
➢ TEST TRACK V/S REAL WORLD PERFORMANCE
➢ FUTURE OF ABS
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Stopping a car in a
ON
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SUBMITTED BY: -
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Stopping safely is one of the most important functions a motor vehicle has to perform. Failure of the brake system will almost invariably result in property damage, personal injury, or even death. Consequently, a great deal of consideration has been given to improving the brake system in trucks and passenger cars over the last nine decades. One of the latest improvements is an antilock brake system which, as the name suggests, prevents a vehicle 's brakes from locking up and skidding during hard stops on wet or icy roads.
When activated correctly, Anti-Lock Brake Systems (ABS) can provide drivers with the ability to stop a vehicle in shorter distances and allow for more vehicle control under heavy braking than conventional brake systems. This is especially true under wet or icy road. Anti-lock brakes are designed to prevent skidding and help drivers maintain steering control during an emergency stopping situation. In cars equipped with conventional brakes, the driver pumps the brakes, whereas in cars equipped with four-wheel ABS, the driver keeps a firm foot on the brake, allowing the system to rapidly and automatically pump the brakes. Because the wheels don 't lock, drivers have the ability to steer around hazards if they are unable to stop in time. Thus, ABS improves vehicle stability, steerability and stopping capability. The most important outcome of the ABS is
• Ρεδυχτιον ιν μυλτιπλε ϖεηιχλε χρασηεσ βψ 18 περχεντ
[pic]
➢ INTRODUCTION
➢ WHERE DID ABS COME FROM?
➢ UNDER STANDING BRAKE SYSTEMS
• DISC AND DRUM BRAKES
➢ PURPOSE OF ABS
➢ COMPONENTS
➢ HOW IT WORKS?
➢ ABS TYPES
➢ ADVANTAGES OF ABS
➢ LIMITATIONS OF ABS
➢ DOs AND DO NOTS
➢ TEST TRACK V/S REAL WORLD PERFORMANCE
➢ FUTURE OF ABS
[pic]
Stopping a car in a
Bibliography: 1. http: www.google.com 2. http:www.carbible.com 3. httpwww.collegetermpapers.com 4. http:www.directessays.com 5. http:www.edccorp.com 6. Home publishers “ANTILOCK BRAKE SYSTEMS” BY s.narayan[pic]