Skip to main content

Toyota to turn Mobility Teammate concept into reality by 2020

Toyota has pledged to make its Mobility Teammate concept a reality by 2020. The Japanese manufacturer announced during the ITS World Congress in Bordeaux yesterday that it has been testing a new automated driving vehicle – called Highway Teammate - in Japan and planned to bring products based on it to market in the next five years. The new vehicle, a Lexus GS which has been modified for autonomous driving, has been tested on a section of highway in Tokyo, changing lanes and entering and exiting at junctions
October 6, 2015 Read time: 2 mins

1686 Toyota has pledged to make its Mobility Teammate concept a reality by 2020. The Japanese manufacturer announced during the ITS World Congress in Bordeaux yesterday that it has been testing a new automated driving vehicle – called Highway Teammate - in Japan and planned to bring products based on it to market in the next five years.

The new vehicle, a Lexus GS which has been modified for autonomous driving, has been tested on a section of highway in Tokyo, changing lanes and entering and exiting at junctions without help from the driver.

Mobility Teammate is based on the idea that interactions between drivers and cars should “share the same purpose, like close friends who sometimes watch over each other and sometimes help each other out”. Toyota has been active in this area since the 1990s, but the announcement this week suggests that the company will now be pumping resources into research and development, with Toyota saying it wants to achieve a society where “mobility means safety, efficiency and freedom”.

A spokeswoman added that Mobility Teammate could be important for older people especially – a theme that was touched on at the opening of the Congress this week by Violeta Bulc, EC commissioner for mobility and transport. Like Japan, Europe has an ageing population which would benefit from autonomous driving and connected vehicles, she said, since it would give older people who might not otherwise be able to use cars an opportunity for an extended social life.

Bulc also warned that the ingenuity of companies such as Toyota will not be sufficient by itself to ensure widespread uptake of driverless cars. “The intelligence of vehicles will not be enough – we need intelligent infrastructure,” she said.

For more information on companies in this article

Related Content

  • ITS America, automakers respond to Rubio-Booker 5.9 GHz spectrum legislation
    June 23, 2014
    The Intelligent Transportation Society of America (ITS America) and US automakers have responded to the announcement on legislation introduced by US Senators Marco Rubio and Cory Booker that would set deadlines on the Federal Communications Commission (FCC) for developing and publishing a test plan for the use of unlicensed devices in the 5.9 GHz band. The senators introduced S. 2505, the Wi-Fi Innovation Act, legislation to expand unlicensed spectrum use by requiring the Federal Communications Commissio
  • EIT Mobility’s A-Z of Uvar
    January 31, 2023
    Well-implemented vehicle mobility schemes offer cities quick ways to improve the quality of urban life - and now EIT Mobility has written a guide to doing so. Andrew Stone has a read…
  • Self-driving car safety perspectives
    June 2, 2015
    At yesterday’s Opening Plenary, Chris Urmson’s keynote speech dealt with the reality of driverless cars on our roads. By far and away their greatest benefit to mankind will be the potential to achieve an incredible saving of life and injury on the roads, as Urmson, director of the Google Self-Driving Car program, revealed to delegates. In response to an Associated Press article last month disclosing that self-driving cars have been involved in four accidents in the state of California, Urmson revealed th
  • Toyota demos its Cooperative ITS technologies in Detroit
    September 7, 2014
    Toyota is giving attendees at the 2014 ITS World Congress a preview of its Cooperative ITS initiative, an effort to build automated driving technology that notifies drivers of real-time information captured through communications between vehicles and with sensors installed on roadways.