BMW to switch to Here HD map for future self-driving vehicles

German-based BMW Group (BMW) has confirmed it will integrate Here’s HD Live Map into its self-driving cars from the beginning of the next decade to enable them to operate with level three and four automated capabilities. The project aims to enhance safety for drivers and passengers. The map is designed with the intention of providing a more precise solution than navigation systems and is said to be updated more rapidly, drawing on data from a growing list of partners across the automotive industry.
February 22, 2018 Read time: 2 mins
German-based 6419 BMW Group (BMW) has confirmed it will integrate 7643 Here’s HD Live Map into its self-driving cars from the beginning of the next decade to enable them to operate with level three and four automated capabilities. The project aims to enhance safety for drivers and passengers.


The map is designed with the intention of providing a more precise solution than navigation systems and is said to be updated more rapidly, drawing on data from a growing list of partners across the automotive industry.

Christoph Grote, senior vice president electronics BMW, said: “The BMW Group has around ten million connected vehicles on the road. BMW Group vehicles fitted with the relevant sensors have been collecting real-time mobility information since 2015. For example, BMW vehicles can detect hazards and speed restrictions, and add this highly relevant information to on-board mapping ‘over the air'. Together with HD Live Map, we have essential building blocks for highly and fully automated driving in place for the long term. As we progress towards this point, we will be able to offer our customers further location-based services and driver assistance information later this year.”

Location Based Systems

For more information on companies in this article

Related Content

  • Flexibility, interoperability is key to future traffic management
    February 3, 2012
    Jon Taylor of Faber Maunsell and Tabatha Bailey of Transport for London describe how an unusual mix of traffic practitioners, researchers and industry are working together to build new tools for the future. As we face higher expectations for managing congestion from both citizens and politicians, and as more and more data is becoming available from new sources, our traffic management challenge is changing.
    Read More
  • Connected vehicle trials get big backing from USDOT
    March 14, 2016
    Connected vehicle technology will emerge as a sustainable reality at three sites in the US over the next four years. Jon Masters reports. Advocates of connected vehicle (CV) technology have received a welcome boost from news that the US government has committed a further $4 billion towards automated vehicle research and CV technology. This comes hot on the heels of the US Department of Transportation’s $42 million CV pilot pledge in October last year.
    Read More
  • Long-range electric vehicles ‘set to gain popularity globally’
    April 22, 2015
    According to new analysis from Frost & Sullivan, the global electric vehicles (EV) market has made huge progress, with more than 55 models now available globally. Currently, over 70 per cent of the models on the market are battery EVs (BEVs) and approximately 25 per cent are plug-in hybrid EVs (PHEVs). Nevertheless, the number of PHEVs is likely to increase over the next three to four years. The market will see greater demand for longer-range vehicles that allow customers to drive up to and past the pure EV
    Read More
  • Vehicle analytics market ‘to grow by 26 per cent by 2022’
    September 19, 2017
    A new market research report by MarketsandMarkets estimates that the market for vehicle analytics will grow from US$1124.1 million in 2017 to US$3637.4 million by 2022, at a Compound Annual Growth Rate (CAGR) of 26.5 per cent. According to the report, the major driving factor for this market remains advances in technologies, such as machine learning, artificial intelligence (AI) and predictive maintenance to enhance fleet management, as well as increasing use of real-time data collected from sensors and
    Read More

Highlighted Content