The Luxeed brand plans to release in June 2024 the first mass-produced car capable of fully automatic parking. Against the background of other similar technologies that allow remote control of car parking, the new product will be able to do this without human intervention.
Today, we can conclude that the new technology is essentially the already familiar Valet Park Assist option, but with enhanced functionality. AVP “teaches” the car to follow a route to a parking spot.
According to representatives of the Huawei company, the new technology will be able to detect and select optimal parking places, as well as determine their priority without human intervention.
Similar systems, for example from XPeng, require the driver to remain behind the wheel during the operation of the option. So, if the Luxeed S7 can really park in automatic mode, the car will save its owner a lot of time.
Along with the new technology, the S7 also offers other parking functions. They are designed to quickly cope with such unpleasant situations as hard-to-reach parking spaces. It is also possible to call a car via smartphone.
Luxeed S7 is equipped with Obstacle Detection (GOD) technology and Road Topology Recognition (RCR) network, which significantly assists artificial intelligence in autonomous driving without human intervention.
In addition, through the use of neural network functions, the Luxeed S7 car can learn the route of daily trips to provide the driver with a more familiar trip.
Prices for the updated Luxeed S7 range from $34500 to $48350, or 3,23 to 4,53 million rubles at current exchange rates, respectively. A total of five configurations will be available, in each of which the cars will be able to travel at least 630 km on a single charge in the CLTC cycle.
The rear-wheel drive versions are equipped with a 215 kW electric motor on the rear axle, and the all-wheel drive versions are equipped with an additional 150 kW electric motor at the front.
The novelty will receive a modern 800-volt architecture, which will provide fast charging. It will take only 430 minutes to get an additional 15 km of range.