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Remote speed limit in Tesla vehicles

03.07.2018

Tesla has begun distributing updates to its mobile app and on-board software for electric cars, with the updates reportedly bringing a remote speed limit feature.

The new option will become available after downloading the automotive firmware version 2018.24 or higher. On a mobile device, an application with a version of at least 3.4.1 must be used.

If these conditions are met, owners of Tesla electric cars will be able to remotely limit the maximum allowable speed and acceleration dynamics using a smartphone application. In particular, the limit can be selected in the range from 80 to 145 km/h.

This feature will be useful if the owner of a powerful electric car has handed it over to an inexperienced driver, say, to his child, who has only recently joined the ranks of motorists. In addition, the option can theoretically help in case of car theft: by limiting the speed, the owner will make it easier for the police to pursue the attacker.

Note that Tesla cars also have Valet Mode. When it is activated, the maximum speed is limited to 110 km / h, and the power drops to 25%. In addition, the glove box and luggage compartment are locked, access to settings and personal data is blocked. This mode can be activated when the machine needs to be handed over to a third party.

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Random news from the Archive

Forest of white pipes 26.02.2010

Michigan scientists have grown nanotubes from boron nitride. White boron nitride nanotubes differ from the more well-known black carbon nanotubes not only in color, but also in properties. For example, heating up to 1100 ° C is beyond their control.

The electrical properties of nitride tubes are also good, with the help of doping they can easily be turned into a semiconductor and used for power electronics. Their hydrophobicity is also very high - a coating of such nanotubes will have a lotus effect, and if it is applied to glass, it will retain transparency. However, it is not easy to obtain tubes from boron nitride: they grow unstable, and the components are poisonous, and the temperature is high, and they readily absorb impurities.

Scientists from the Michigan Technological University, led by Associate Professor Ek Kin Yap, coped with these problems and grew a forest of more or less identical boron nitride nanotubes on a substrate. The mechanism of their growth is similar to carbon ones, that is, one cannot do without a catalyst - in the experiment of Ek Kin Yap it was magnesium oxide with iron and nickel. Since nanotubes only grow where there is a catalyst, many different patterns can be created from them.

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