Aircraft Brakes For Cars

aircraft brakes for car

As the times, technological advances bring the level of safety of drivers and passengers to a higher level again. Various features even more to offer the vehicle manufacturers to protect us before the accident. Examples of applications that sniper is in braking system technology with Anti-lock Braking System (ABS).
ABS originated from mechanical systems Maxaret Dunlop in the 1950's that made Gabriel Voisin for the aircraft industry. ABS enter the automotive sector occurred in 1958 through a Royal Enfield motorcycle Motorcycle Super Meteor, and in 1960 applied to applications on the car on the 'jet' racing Ferguson P99, Jensen FF, and Ford Zodiac.
Then Chrysler Corporation and the Bendix ABS then creating a modern, computerized system in 1971 under the name Sure Brake. However, perfection is made of ABS Bosch and Mercedes-Benz with an electronic system 4-wheel multi-channel on the S-Class in 1978.
In simple terms, the ABS is defined as a feature that is useful to minimize the possibility of wheel locking when braking hard (hard braking). The result, the car can still be directed to maneuver away. Unlike the non-ABS car, the wheels will lock and the car will slide out of control.
Usually the trick used for non-ABS car brakes are shuffled so that the wheels are not locked. Churning action ABS brakes on the car was not needed and will confuse the sensor so that it will result in reducing the sensitivity of the braking.
Well, in principle, the ABS consists of three parts, namely sensors, modules and computer integrated with the Electronic Control Unit (ECU) of the vehicle. The computer has to translate the sensor data is inputted, then continued on the module to give orders to the master brake pressure in order to distribute to each caliper. Once the ABS is only pinned on premium cars, but cars now have it any medium.
"The car will make the ABS braking distances slightly shorter than the non-ABS because the wheels are not locked completely. Still, the ABS is safer than non-ABS because the car easy to control. To note, do not occasionally whisk ABS brakes because the effectiveness of ABS will be reduced, "said Iwan Abdurahman, section head of technical services division of PT-training department. Toyota Astra Motor.

aircraft brakes for cars

8 advantage you need auto brake lining wear plane
1. asbestos Free
Asbestos dust is the biggest cause of lung cancer in the world. Imagine how long your car is parked in your garage?
Asbestos dust from brake that arise when a car parked in the garage you will be blown throughout the house, the danger is even greater than the dangers of secondhand smoke.
2. Ceramic Technology
The latest technology on the brakes that are used by Boeing in the United States, is now applied to brake the car.
3. titanium
Metal is lightweight, strong and corrosion resistant. Corrosion resistance of titanium is higher than the aluminum and steel.
Bendix is the sole licensee of the use of titanium materials on the brake.
4. Bendix Stresses Safety
The high accident rate due to poor braking qualities make brake manufacturer from Australia is always developing leading edge of innovation on the brake.
5. more break
With ceramic & titanium material technology will make your car brakes work quickly and more grip.
6. Non Destructive Disc Brakes
Many of the supposition that the standard brake lining, will damage the brake disc.
With ceramic technology, Bendix disc brakes ensure that your car will last longer
7. refractory
Continuous usage with long routes often makes the car brake temperatures heat up, causing tension, Bendix brake lining material is formulated with the best so quickly dump excess heat on the brake.
8. driving comfort
Feel the comfort of your car's braking when Bendix brake lining wear.