
Differences between the Automatic Parking System and Auto Hold System: 1. Different working principles. 1. Automatic Parking System: Radar sensors around the vehicle measure the distance and angle between the vehicle and surrounding objects. The onboard computer then calculates the operation process and adjusts the steering wheel rotation in coordination with the vehicle speed. The driver only needs to control the speed. 2. Auto Hold System: The brake system controls the four-wheel brakes through the extended function of the Electronic Parking Brake (EPB). In other words, the Auto Hold System is an extension of the Electronic Parking Brake (EPB) and is controlled by the ESP component. 2. Different functions. 1. Automatic Parking System: Automatically parks the vehicle. 2. Auto Hold System: Prevents the vehicle from rolling backward, especially useful on slopes and during frequent starts and stops. 3. Different system structures. 1. Automatic Parking System: A central processor, a vehicle strategy control system, an image acquisition system, and an onboard distance detection system. 2. Auto Hold System: Electronic Parking Brake (EPB).

















As a hybrid car-driving office worker, the auto hold feature is especially handy during red lights or traffic jams. After pressing the brake pedal firmly, a green P icon lights up on the dashboard, and you can release your foot without worrying about the car rolling. Auto parking, however, is completely different. You need to manually press a button to activate it, select a parking spot via the center console screen, and watch the steering wheel spin rapidly on its own. Once in a tight mall parking space, it even prompted me to exit the car and use my to remotely park—perfect for parking-challenged folks like me. Although the two functions sound similar in name, one prevents rolling on slopes while the other offers fully automated parking—they’re worlds apart.

Driving instructor here to share a few words: Auto Hold is just a replacement for the handbrake, most useful for hill starts. When training students for the Slope Start in the driving test, once activated, it automatically locks the wheels when you stop, and you can just press the accelerator to go without rolling back. Auto Parking is a paid feature, with side radars spinning to scan parking spaces, requiring you to shift into reverse to let the system take over the steering and throttle. Last week, I helped a student pick up a new car and tried it in the parking lot, but the radar misjudged in the rain and almost scraped a pillar. You still can't completely let go with these high-tech features.

A veteran mechanic with ten years of experience tells the truth: I've seen dozens of cases where the auto-hold function failed, mostly because the brake sensor was clogged with mud or the electronic parking brake module got waterlogged. Auto-parking repairs are even more of a headache—I once encountered a case where the radar bracket was knocked 3 millimeters off, causing the parking system to misalign like a "dancing dragon," and replacing the whole set cost over 8,000 yuan. In reality, the former just requires an additional switch circuit, while the latter involves 12 radars alone, plus position calibration. My advice is to read the manual before using auto-parking, unlike some of my clients who treat compact parking spaces as medium-sized ones, risking radar probes hitting pillars.

From a Female Driver's Perspective: The auto-hold feature is my daily commuting lifesaver. When picking up kids from kindergarten in bumper-to-bumper traffic, my right foot doesn't have to constantly press the brake pedal. The automatic parking system requires specific conditions to activate - speed must be under 30 km/h, and you need to cruise slowly with hazard lights on to find a spot. Last time I tried it in the underground garage, it took half a minute to detect the parking space, and the reversing speed was so slow you could dance square dance to it. My bestie's car with remote parking is actually practical - she can move the car out of tight spots while holding her bubble tea.

Fellow car reviewers discussing technology: Auto Hold is essentially a derivative function of the ESP system, maintaining brake pressure through wheel speed sensors and hydraulic units. Automatic Parking, on the other hand, integrates ultrasonic radars, cameras, and electric power steering, with some new models even utilizing high-precision parking lot maps. The funniest moment was during a test of a domestic car when the automatic parking system mistook a tree shadow for an empty spot and drove straight toward a wall. For entry-level cars, Auto Hold is sufficient; if you really want to play with automatic parking, opt for the top trim with a panoramic camera.


