1. The Insiders Guide To
Traction Control

2. TRACTION CONTROL & CAR SAFETY
Traction Control systems optimize grip and stability of the car on the road during acceleration by measuring wheel rotation.

3. It stops wheel spin by reducing engine power or temporarily applying the brakes to that wheel

4. It also allows the car to accelerate smoothly, even on slippery surfaces

5. Traction Control TYPES OF TRACTION Brake Traction Tire Traction
Anti-Lock Brakes
Tire Traction

6. BRAKE TRACTION
Brakes slow down a car by using traction which causes friction in the braking system.

7. Traction results when the caliper presses against the piston
THE PROCESS FOR BRAKE TRACTION
Traction results when the caliper presses against the piston
That causes the piston to press against the brake pads that add friction to the wheel, causing the wheel to slow down or stop
The stopped wheel no longer produces the kinetic energy that propels the car forward
The tire provides traction on the road, which slows the momentum of the car

8. ANTI-LOCK BRAKES
It prevents the brakes from applying traction to the tires to the extent that the tires stop spinning.

9. TIRE TRACTION
The traction on the tires allows the car to stay in one place instead of sliding when the car is parked

10. WHY TIRES HAVE TRACTION…

11. Because they contain slots, pockets, and edges that are designed to scrape the surface, slowing down the car or holding it in place.

12. Why Tire traction plays a crucial role during acceleration..?

13. Because first.. When the tires turn, they must experience traction to pull the car along the road. Cars that have no traction will spin their tires, causing the vehicle to go nowhere.

14. And 2nd…Traction can be controlled by getting better tires that dig into the ground more, which is especially helpful in winter conditions

15. WHAT IS ANTI-SLIP REGULATION FOR CARS..?

16. Cars have anti-slip regulation that helps increase the traction of the vehicle by braking one or more tires and reducing the amount of fuel sent to one or more pistons.
When tires slip, there are often differences in the rate at which they slip, which can cause the driver to lose steering control of the vehicle.

17. HOW ANTI-LOCK BRAKING SYSTEM HELPS THE DRIVER TO GET BETTER CONTROL OVER VEHICLE…?

18. Stopping On Ice
An ABS prevents lock-ups and skidding in slippery conditions. Anti-lock brakes have been proven to save lives in some situations by helping drivers keep control on vehicle

19. .
As it is a thoroughly tested safety device with a track record of effectiveness, insurers often give customers specific discounts for having ABS system on their vehicle.
Lower Insurance Costs

20. Higher Resale Value
As a feature on a car or truck, an ABS raises the market value of the vehicle. Nowadays, where ABS technology has become standard on many vehicles, not having it could result in a lower price for resale

21. Traction Control
An ABS shares some of the infrastructure of a traction control system, where new technology helps to ensure that each wheel has traction on the road. It makes easy for manufacturers to install both of these features at the factory.

22. WHAT ARE THE SHORT COMINGS OF ABS

23. Inconsistent stop times
Anti-lock brakes are made to provide for surer braking in slippery conditions. However, some drivers report that they find stopping distances for regular conditions are lengthened by their ABS.

24. Expense
An ABS can be expensive to maintain. Expensive sensors on each wheel can cost hundreds of dollars to fix if they get out of calibration or develop other problems.

25. It's easy to cause a problem in an ABS by messing around with the brakes. Problems include disorientation of the ABS, where a compensating brake sensor causes the vehicle to shudder, make loud noise or generally brake worse.
Delicate Systems

26. Resource - http://www.ancap.com.au
How Anti-lock works in vehicles…?
Resource -

27. STEP -1
Anti locking brakes are controlled by sensors that monitor the speed at which you are slowing down and activate when you are stopping more rapidly than normal.
Resource -

28. STEP-2
The sensors send a signal to the computer controlling the brakes. When the system feels that you are stopping too fast, it will release the pressure of the brakes to prevent them from locking and putting you in a spin.

29. STEP-3
In the last, actuators releases the brakes until you slow down safely.

30. OTHER DIFFERENCES

31. This braking system works in a totally different way than older types of brakes.
Because of this, you will never use a pumping method to slow down when driving a car with an anti locking brakes system.
Anti locking brakes work far better than the older type of brakes.

32. Where to Go to Install Anti-Lock Brakes…?

33. STEPS….. AS FOLLOWES…
If your car doesn't have an anti-lock braking system, your easiest solution would probably be to go to a manufacturer's dealership.
Their mechanics are most familiar with your car model and what is needed to install anti-lock brakes.
In any circumstance, because an anti-lock system must be integrated with your car's current braking system, the installation will not be cheap. However, the benefits of such an upgrade can be priceless

34. Website