The Technology Behind Self-Parking Vehicles
Self-parking vehicles have been on the road for over 12 years, but many drivers continue to wonder if they are ready for this kind of technology in their own daily life. If you have recently thought about buying an automobile with one of these upgrades, then here is a look at the science behind self-parking vehicles and just how effective they have become.
Understanding the Science Behind Self-Parking Vehicles
We use technology every single day without understanding how most of it works, but things will change when we become financially liable for how effective these products are. There are a number of factors that will be taken into account when determining if a driver is to blame for an accident caused by their automated vehicle. This includes issues such as aftermarket changes to the vehicle, nearby traffic, and if the drivers had any hand in the damage.
The first lineup of self-parking vehicles was released in 2003, but there was actually very little automation in these automobiles. Instead of collecting information from multiple banks of sensors, the parking spot was "measured" by moving the vehicle back and forth to find nearby obstacles. Once the information was collected, the onboard computer would then take control of the steering, acceleration, and braking to pull into the spot.
Modern Self-Parking Vehicles
As of 2015, more manufacturers than ever have released self-parking vehicles that are almost completed automated. Modern auto-parking cars now have multiple sensors including cameras, motion sensors, and even GPS chips to perfectly triangulate the position of the vehicle and then park it in almost any spot imaginable. While the engineering behind these vehicles has advanced dramatically, most consumers will only be able to access self-parking tech in luxury automobiles.
Auto-parking vehicles are generally not a safety concern for the driver, passengers, or bystanders, but they can present some issues when it comes to damaging one's property. Some of these cars have a tendency to park within just an inch or two of the curb, and this can result in unwanted dings and scratches. Others require a relatively wide margin between nearby vehicles and other objects in order to operate normally. With completely self-driving vehicles already on the road, however, many are guessing that self-parking technology will soon become a standard feature in vehicles of all types and sizes.