What do you need to know about parktronics?

What do you need to know about parktronics?

Parktronic is a special device with several radars, which is fixed on the car. It is able to calculate the distance between the vehicle and other objects. The full name of parktronics is the parking radar or parctronic system.

How does the Mercedes Benz PARKTRONIC system work?

PARKTRONIC ® including Parking Guidance works by using ultrasonic sensors in both the front and rear bumpers, as well as several other locations. The sensors measure distances to help locate suitable parking spots.

What does PARKTRONIC with active parking assist do?

The PARKTRONIC® with Active Parking Assist system uses an array of advanced sensors in a vehicle’s bumper to determine if the Mercedes-Benz car or SUV can fit into a parking spot. If your Mercedes-Benz can fit into the spot, it will help you park your vehicle and you can be on your way.

What’s the speed limit on a PARKTRONIC system?

The Parktronic system can be switched on and off with a switch. /15 km/h and the upper speed limit is vo/18 km/h.

Parktronic is a special device with several radars, which is fixed on the car. It is able to calculate the distance between the vehicle and other objects. The full name of parktronics is the parking radar or parctronic system.

The PARKTRONIC® with Active Parking Assist system uses an array of advanced sensors in a vehicle’s bumper to determine if the Mercedes-Benz car or SUV can fit into a parking spot. If your Mercedes-Benz can fit into the spot, it will help you park your vehicle and you can be on your way.

PARKTRONIC ® including Parking Guidance works by using ultrasonic sensors in both the front and rear bumpers, as well as several other locations. The sensors measure distances to help locate suitable parking spots.

When was the first electric PARKTRONIC device made?

First time electric parktronic was developed in 1978. Its principle of operation consisted in the use of ultrasonic waves with a vibration frequency of about 40 kHz. The sensors released ultrasound, which was reflected by objects nearby. The main unit of the device analyzed how fast the ultrasound flew, and determined the distance to the object.