Skip to main content

TomTom offers free daily map changes on all devices

TomTom is enabling all of its 60 million portable navigation devices to receive free daily map changes via the TomTom map share community. Map share allows drivers to personalise the TomTom map on their own device and also share and receive map changes with the community around the world. This facility was previously only available on a limited number of TomTom devices.
June 29, 2012 Read time: 2 mins
RSS1692 TomTom is enabling all of its 60 million portable navigation devices to receive free daily map changes via the TomTom map share community. Map share allows drivers to personalise the TomTom map on their own device and also share and receive map changes with the community around the world. This facility was previously only available on a limited number of TomTom devices.

Map share technology enables drivers to keep the TomTom map on their device up to date with immediate changes in their area. Dynamic road changes, such as changed speed limits, new street names, blocked roads and new traffic directions can be updated directly on the device. Drivers then have the choice to share those road changes with TomTom and the broader map share community. All TomTom customers can now download daily map share changes for free.

“Roads change all the time. Overnight, roads can close or traffic can be diverted, having a big impact on people’s journey times.” says Corinne Vigreux, TomTom’s managing director. “With map mhare, drivers can update their own map themselves straightaway. Plus, we have an active community of drivers who share around 250,000 road changes with TomTom and each other every month. We are pleased to expand our community, because the more people who use map share the greater the navigation experience for all our customers.”

For more information on companies in this article

Related Content

  • Cost-effective alternatives to traditional loops
    February 1, 2012
    Traffic signal control is a mainstay of urban congestion management. Despite advances in vehicle detection sensors, inductive loops, which operate by using a magnetic field to detect the metal components in vehicles, are still the most common enabler for intelligent signalised junctions.
  • TomTom's HD Traffic saves drivers up to 30% commute time, according to German study
    March 29, 2012
    According to independent research conducted by the German Aerospace Centre (DLR), products powered by TomTom’s HD Traffic reduce average drive times by 13 per cent and up to 30 per cent in congested areas. HD Traffic is the company’s real-time traffic technology and is used in products ranging from portable navigation devices (PNDs), smartphones, automobile infotainment systems, and government traffic management centres. In addition to reduced commute times, the study showed that TomTom outperforms the comp
  • UK defaults to hard shoulder running to expand motorway capacity
    April 8, 2014
    Hard shoulder running has become the UK’s default response to increasing motorway capacity as Colin Sowman reports. Facing a predicted 46% increase in traffic levels by 2040 and the current economic recovery leading to more people travelling to, from and for work leaves the UK government under short- and long-term pressure to increase the capacity on the main motorway network. Particular sections of motorways are already experiencing repeated, sometimes tidal, congestion and both tight Treasury limits and t
  • UK government to investigate best practice for travel information
    January 30, 2012
    The UK Government has been advised by an internal inquiry that it should investigate examples of best practice in travel information services. So where might it look? Jon Masters reports. Publication of a UK Government report on road congestion this year has highlighted a need to look beyond home borders when searching out answers to pressing problems. With regard to issues of travel information in particular, UK transport professionals would do well to look overseas for solutions they can emulate.