ABS vs EBD vs BA | How These Brakes are Different Than Others?

ABS vs EBD vs BA | How are these brakes different than others?

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ABS (Anti-lock Braking System):
As the name implies, the ABS prevents the car wheels from locking when the car brakes suddenly in certain situations. These brakes allow the driver to fully control the car's steering when maximal force is applied to the brake pedal.

Generally, when the driver suddenly applies brakes to a moving car, there is a high probability that the wheels will get stuck due to the sudden brake force and slide on the road. This happens because the momentum of the velocity of the car carries it, and the wheels are not able to
covert that into the rotational movement because of brakes.

ABS, or an Anti-Lock Braking System, is a piece of safety equipment that prevents the wheels of a vehicle from locking up under emergency, panic, or harsh braking conditions.

EBD (Electronic Brakeforce Distribution):
While ABS is the overall automotive braking technology, EBD is just a part of the overall system. However, these elements are equally important in reinforcing the safety department of the vehicles.

The EBD is responsible for distributing the braking power to all car wheels. Also helps in regulating and applying the braking force needed to each wheel according to the road condition, vehicle's load, and speed. The EBD ensures how much braking force is needed by each wheel and then applies the same to achieve the most suitable braking impact.

Brake Assist (BA):
Also known as Emergency Brake Assist (EBA) is another piece of car braking technology. As the name suggests is responsible for assisting the driver in an emergency stop situation. The braking system will work more swiftly when there is sudden braking if it is equipped with the BA feature.

This feature aims to ensure that the brakes are applied in case of an emergency if the driver cannot respond quickly enough. This happens often because, in case of sudden braking, the driver cannot press the brake pedal fully. However, an average driver isn’t fast enough for a situation like this, where a millisecond of delay can translate to catastrophe. This is where Braking Assist steps in.

---- Time Stamp ---
00:00 - Intro
01:03 - What is ABS?
02:04 - How does the ABS system Work?
04:32 - What if your car doesn't have ABS?
05:41 - What is EBD?
07:18 - How does the EBD system work?
09:32 _ What is BA?
11:00 - How does the BA system Work?
12:13 - Wrap Up

Disclaimer:
This video is just for educational purposes only. We are not in the auto repair business nor publish automotive service manuals. This video is not reviewed or authorized by any vehicle manufacturer. This video is intended only as general guidance. Every system is slightly different, so refer to the owner’s manual of your vehicle for any specific information about your model. Remember that only proper service and repair procedures will ensure your car's safe and reliable operation.

Copyright Disclaimer:
Copyright Disclaimer under section 107 of the Copyright Act 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, education, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational, or personal use tips the balance favor of fair use.

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[Uno-herm]

Driving a car without ABS has taught me how to balance brake input pressure by myself. Literally became my own ABS every time I drove that car😂

[emmaatuks]

Very very elaborate. Keep it up. My 1996 Golf 3 car doesn't have any. I remembered when I almost hit a car in front of me in a multiple accident during a low visibility raining 🌧 season. When I applied the brake in the emergency situation, I saw my car slipping to hit the other car in front of me and God help me, I turned and returned the steering to get saved by a whisker.

[blue]

Very nicely explained 👍👌
Please explain how the following work:
Electronic Stability Control
Traction Control System
Hill Assent Control / Hill Hold
Autonomous Driving Assist System

[DownundaThunda]

ABS is not "Cutting-Edge braking technology" anymore. It's been around since the 70's, and in virtually every car since the late 90's.

[BravoSexGoingDark]

I recently bought a VW Phaeton. Perfect car for me, also fully equiped. At one moment, when just another blind driver decided to change lane right in front of me, I was about to hit the brake pedal only to realise the brake pedal is hitting itself. I panicked for a split of a second (like Duh, a brake pedal is moving away from my foot by itself), but then I realised the car is already braking on its own. Since then, I know that even on 2009 VW had implemented an emergency braking system :) Ofcourse, only if you have a fron radar (called front-assist, also working as an adaptive cruise control)

[samiuddin]

Very nicely you have explained the differences among the three Brake Systems. Stay blessed. I use ABS system

[meganw]

All incredible to know. Thank you for breaking this all down for us and explaining each component and how it works!

[rajivanlogajay]

Fantastic video presentation, brilliant explanation.

[ahnafzahid]

A very detailed explanation
Thanks a lot!!!

[chandrashekarr]

Very informative video explaining the features and benefits of ABS, EBD & BA.

[LeeLeezy]

2:03, that 8th gen ford truck had rear antilock brakes that prevents the rear wheels from locking up, most pickup trucks during the late 80s to early 90s had them and it did help stopping faster but mainly it was for prevent the rear wheels from sliding on wet surfaces when braking and during high speed prevents the trucks to lose control and spin during high speed braking

[venkatharidas]

Good video and happy to see XUV 5OO taken for ABS and EBD

[Dilan_Tharindu]

His videos are really important! I took a best knowledge about these things!

[rsn]

I drive a car with ABS & EBD. Proud of my Toyota Etios Liva which had these features when few other cars in it's segment had these.

[Bendigo]

A common misconception is that ABS always keeps the wheels from locking up. But if the traction is lost on all wheels fast enough, the sensors do not detect the slide, and treat it as the vehicle being stopped.

If you are driving, hit the bakes hard and start to slide, release the brakes! You will have to make up for the ABS not working.
Learn to stop without ABS and do not always count on it working

[kumailraza]

Best interpretation of ABS ever. Now I properly understand it!

[G]

The ideal ABS system would tweak the allowed slip % and speed threshold for ABS activation according to what's optimal for the prevailing road conditions. Problem is, that requires AI that can observe and analyze road conditions to estimate road grip to a reasonable degree of accuracy.

In practice, ABS systems won't work below a certain speed to make sure cars can still stop completely on slippery surfaces such as gravel, mud and snow by looking their wheels. A race car with race tuned ABS to suit track conditions would have much easier time outputting consistently fast laptimes.

[mechguy]

I never knew that this type of braking system is also used in automobile vehicle. Thanks for your guidance ️️❤️❤️❤️

[qcvcngw]

We all need AEB (Automatic Emergency Braking) system. These 3 almost every car nowadays has, but with AEB you would be unable to crash into the car in front of you if it suddenly stops, even if you like to. I don’t have such a system and I’m a very cautious driver, but I was twice a victim of a car crash in which I was hit from behind, so I think that if all of the cars would have AEB that would not happen anymore.
Can you please make a video of demonstration of AEB?

[LunaWuna]

It amazes me how ppl don't realize that the wheels have locked up and release it basically unconsciously. My car doesn't have ABS and I know how to stop perfectly fine by balancing on the threshold of it locking up and not locking up