What is the difference between ABS and CBS?
2 Answers
ABS and CBS differ in the following aspects: 1. Different functions: The core function of CBS braking is to provide appropriate and effective braking force on both wheels when either the front brake or the rear brake is operated individually; ABS, on the other hand, automatically controls the braking force during vehicle deceleration to prevent wheel lock-up, keeping the wheels in a rolling-sliding state to ensure maximum adhesion between the wheels and the road surface. 2. Different characteristics: The CBS braking system has a simple structure and offers a significant price advantage; ABS also has a simple structure but is more expensive. 3. Different disadvantages: CBS only reduces the probability of rear wheel lock-up caused by excessive braking force, while the front wheels still have the possibility of locking up; ABS offers relatively better control.
I've driven many cars before, and my daily vehicles all have ABS (Anti-lock Braking System). Once when braking on a rainy day, I almost slid off the road, but the ABS prevented wheel lock-up and helped me maintain control. I've also ridden a friend's motorcycle equipped with CBS (Combined Braking System), which applies both front and rear brakes when using the rear brake, making operation much easier. ABS primarily prevents wheel lock-up to avoid skidding, enhancing braking safety, especially on slippery roads. CBS coordinates braking operations to prevent one-sided braking that could cause a rollover. The core difference: ABS focuses on anti-skid and maintaining control, used in cars and high-end motorcycles; CBS emphasizes simplifying braking actions to improve stability, mainly for motorcycles. ABS requires electronic sensors to adjust hydraulic pressure, while CBS achieves force distribution through mechanical linkage. Installing ABS can be more complex, whereas CBS is relatively simpler but highly effective. For daily driving, ABS is recommended as a priority, while CBS is more beginner-friendly for motorcycle riders.
