Record a Parking Event and Enjoy Hassle-Free Parking in Tight Spaces with Precise Accuracy

Record a Parking Event and Enjoy Hassle-Free Parking in Tight Spaces with Precise Accuracy
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The parking system in modern cars is a great convenience. It can start from a level up and drive into the parking spot with ease. However, when it comes to tight spaces like garages, one needs to be familiar with the system to use it properly.

For instance, if you have an IX car with mirrors opened, the opening of your garage will barely fit the car by a few inches. In such cases, recording a parking event that folds the mirrors before entering the garage and keeps them folded for backout maneuver is not possible due to the fact that the iX uses the mirror cameras to orient itself. But there's good news too - at least on mine, they need minimal clearance and I probably have 3 inches on either side of the door frame from extended mirrors which allows it to park flawlessly.

I have recorded two sessions to enter my garage and it works well. When pulling into driveway, one of the two recorded sessions pops up prompting whether I want to start the park in garage maneuver or not. The car will go over a lower bump followed by a higher bump where it stops. Even though it doesn't follow the exact path I recorded, it ends up usually within an inch on left or right of the parking spot.

Overall, this automated parking system is quite impressive as it makes its way into tight spaces with precision and accuracy. With proper understanding of how this system works, one can make full use of its features and enjoy hassle-free parking experience every time.The recorded parking system is also useful for those who have to park in tight spaces on a regular basis. It eliminates the need of manually maneuvering into the spot and reduces chances of any damage to car or property. Moreover, it can be used with confidence as it has been tested multiple times before being put into use.

In conclusion, recording a parking event is an excellent way to make sure that your car parks safely and accurately every time you enter or exit from tight spaces like garages. With proper understanding of how this system works, one can enjoy hassle-free parking experience without worrying about damaging their vehicle or other properties around them.

Can I record a parking event that folds the mirrors before entering garage and keeps folded for backout maneuver?

No - the iX uses the mirror cameras to orient itself, so folded they don't work. However, you may have minimal clearance as others have reported being able to park in tight spaces.

Is it possible to start a level up and drive into my parking spot?

Yes, the parking system in the car is great and allows you to do this.

How does the car make its way into the garage with the steering?

The car will go over a lower bump and then to a higher bump and stop. It will then turn the wheels back to center and go into park once the maneuver is complete, usually within an inch on left or right of the parking spot.

Does the car record the parking event?

Yes, the car records the parking event and stores it in its memory. This allows you to review the maneuver later on if needed.

Is there a way to view the recorded parking event?

Yes, you can view the recorded parking event by accessing the car's memory. You can also access this information through the infotainment system or mobile app.

Can I adjust the settings for parking events?

Yes, you can adjust the settings for parking events. You can change the speed of the maneuver, as well as how close it should be to the spot. You can also set up a timer so that it will automatically start when you enter the garage.

Is there a way to save my parking events?

Yes, you can save your parking events in the car's memory. This allows you to review them later on if needed. You can also export them to your computer or other device for further analysis.

How does the car know when to stop during a parking event?

The car uses sensors to detect obstacles and measure distances while parking. It will then use this data to determine when it is close enough to its destination and stop accordingly.