Autopark and Automatic Parking Assist

Key Takeaways

• What it does: Sensors and cameras find a space and the car steers into it, and on some cars also brakes and accelerates.
• Where it helps: Tight parallel spots, large vehicles, and drivers who dislike parking in busy places.
• Where it falls short: It can be slower than parking yourself, may miss thin or low obstacles, and works only in spaces it can recognize.
• You are still responsible: Drivers need to watch the maneuver and be ready to stop.
• Availability varies: It is usually an option or part of a higher trim or package, not a standard feature on every new car.

What Are Autopark and Automatic Parking Assist?

Automatic parking is a driver-assistance feature that helps a car get into, and sometimes out of, a parking space. Most systems can handle parallel spaces and perpendicular (nose-in or back-in) spaces, and some also handle angled spaces. Many automakers use their own brand name:

• Tesla: Autopark
• Ford: Active Park Assist
• Nissan: Intelligent Park Assist
• Volkswagen and Audi: Park Assist
• Renault: Easy Park Assist
• Others: Toyota, BMW, Hyundai, Genesis, Mercedes-Benz, and more offer their own versions.

Availability differs by model, trim, and model year, so confirm that a specific vehicle has the feature.

How Automatic Parking Works

1. Sensors and cameras scan the area: Most systems use ultrasonic sensors in the bumpers and cameras, and some also use radar, to detect nearby vehicles, curbs, and objects.
2. The car finds a space: While you drive slowly past, the system measures gaps and judges whether the car fits.
3. You confirm the space: You usually press a button or select the spot on the screen.
4. The car steers in: The system takes over the steering. On some cars you still control the accelerator and brake, and on others it controls those too.
5. You stay ready: You watch the surroundings and can stop the maneuver by braking or taking the wheel.

Some systems can also help you pull out of a space, and some newer ones can remember a parking spot you use often, such as a driveway or garage space.

Levels of Parking Help

Parking technology ranges from simple warnings to features that move the car with nobody inside. These are informal groupings, not an official standard:

• Alerts and cameras: Parking beeps that speed up near objects, and a rear or 360-degree camera view.
• Steering assist: The car steers, while you control the accelerator and brake.
• Full automated parking: The car steers, brakes, and accelerates while you supervise, usually by holding a button or watching the screen.
• Remote parking: You get out of the car and move it into or out of a tight space using a key fob or smartphone app.
• Learned or memory parking: The car remembers a parking maneuver you repeat, such as your own garage.

The Good: Benefits of Automatic Parking

• Helps in tight parallel spots: Independent testing has found that most systems handle parallel parking well, which can help when squeezing a large SUV or pickup into a small space.
• Less stress: Drivers who dislike parallel parking or parking with people watching can let the car do the steering.
• Fewer low-speed bumps: Parking and low-speed maneuvers account for a large share of minor claims. In the UK, one insurance research group has said nearly a quarter of claims involve them. Parking aids can generally reduce collisions.
• Consistent results: The system follows the same steps each time and is not affected by nerves or distractions.
• Remote parking for tight garages: On cars that offer it, stepping out first can help when a space is too narrow to open the doors.
• Accessibility: It can make parking less physically or mentally demanding for some drivers.

The Bad: Drawbacks and Limits

• It is often slower: Testing has found that automatic parking can take noticeably longer than parking yourself, sometimes up to a couple of minutes, especially in perpendicular spaces.
• Setup can be tedious: Starting the system, choosing a space, and following the prompts takes extra steps.
• It can miss obstacles: Some tests have found that low curbs, thin metal bars, and similar objects are not always detected reliably.
• It may not park well: Some systems do not center the car in the space, which can leave you close to one neighbor.
• Recognition limits: It works best with clear spaces and neighbors. Faded lines, unusual layouts, tight or crowded lots, and dirty or covered sensors can cause problems.
• Cost and availability: It is usually on higher trims or in option packages, so it can add to the price of a car.
• Backing out is still risky: Many parking collisions happen when reversing out of a space, and not every system helps with that.
• Over-reliance: Trusting the system too much can dull your own parking skills and attention.

Is Automatic Parking Worth It?

It is most useful if you often parallel park in tight city streets, drive a large vehicle, or find parking stressful. It is less useful if you mostly park in wide, open lots or already park confidently. One consumer group noted that if you are not comfortable parallel parking, you may not be comfortable using the feature either, since it can feel less straightforward than doing it yourself.

Before paying for it, test drive the feature, ask what package it comes in, and compare the price with the value of the other features bundled with it.

Tips for Using Autopark Safely

• Read the manual: Learn what your system can and cannot do, and the speed and space limits.
• Keep sensors and cameras clean: Dirt, snow, or ice can affect how well they work.
• Watch the whole time: Keep your foot ready for the brake and check mirrors and the camera view.
• Check the space first: Look for poles, low walls, carts, curbs, and pedestrians that the system may not see.
• Do not use it in a rush: The maneuver takes longer, and other drivers may be waiting.
• Keep practicing your own skills: You will still need to park when the system cannot or when the feature is not available.

Autopark in Parking Lots and Garages

Automatic parking works in many parking lots and garages, but some conditions are harder for it. Narrow stalls, tight turns, low ceilings, columns, poor lighting, and worn lines can all make a space harder for the system to read. If your car offers remote parking or a summon feature, rules for using it can differ by location, so check the parking facility's rules and posted signs first.

For Lot Owners: Making Your Lot Friendlier to Self-Parking Cars

More drivers are arriving in cars with parking assist, and clear layouts help every driver, with or without it. Well-maintained painted lines, adequate stall width, good lighting, and clear signs can make it easier for people and camera-based systems to read your spaces. It is also worth deciding how you will handle features like remote parking or summon in your lot, and posting any rules clearly. See the Parking Glossary for terms like stall and striping, and the Parking Turnover Calculator to see how faster or slower parking can affect a lot's flow.

Frequently Asked Questions