Skip to main content

NNG, Ford partner on localised navigation system

Hungarian supplier of navigation software and infotainment solutions NNG has launched a Tier 1 project with the Ford Motor Company which aims to a produce high quality, reliable navigation solution that is fully tailored to complement the Ford brand in-car experiences. The project is localised to seven regions, covering more than 50 countries including Central America, India, Sri Lanka, Caribbean, Israel, most of Africa, the Middle East and Southeast Asia. Special local features are included to cater
November 2, 2016 Read time: 2 mins
Hungarian supplier of navigation software and infotainment solutions 7430 NNG has launched a Tier 1 project with the Ford Motor Company which aims to a produce high quality, reliable navigation solution that is fully tailored to complement the Ford brand in-car experiences.

The project is localised to seven regions, covering more than 50 countries including Central America, India, Sri Lanka, Caribbean, Israel, most of Africa, the Middle East and Southeast Asia.

Special local features are included to cater to the unique needs of each market, such as a Makkah finder available in Arabic regions and full off-road support in Africa with an option to easily change between map providers on the spot by the driver. The software also handles local languages, both in voice and display.

The navigation system is also integrated with the vehicle’s infotainment system, including the diagnostics display and interface, and features nearby fuel station availability which is linked to the low fuel indicator. In addition, NNG will provide global support for full map updates for an initial period of five years.

Line-fit equipped NNG Navigation is expected to be first featured in the Ford Explorer, Expedition, and Mustang models introduced in autumn 2016 in the Middle East region.

For more information on companies in this article

Related Content

  • Sri Lanka to spend US$600 million on first rapid transit metro system
    April 3, 2012
    Sri Lanka’s Airport Express Air and Rail (AEAR) is planning to build the first rapid transit metro system in the country at a cost of US$600 million. US-based Louis Berger and India-based KPMG Mumbai have been hired to conduct a technical study and a feasibility study for the project. Construction is scheduled to start in early 2013 after approvals are granted and the studies are completed. The system is scheduled to be operational by 2016.
  • Connected car market expected to reach US$131.9 billion in 2019
    February 3, 2014
    The latest report from Transparency Market Research, “Connected Car Market – Global Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2013 – 2019,” provides in depth analysis, market size estimates, market shares, and forecast covering the period 2013-2019 for the connected car market across the globe. It discusses market drivers, restraints, opportunities, and market trends. The global connected car market is primarily driven by the changing consumer preference and growing awareness about sa
  • SCATS study shows significant savings
    December 16, 2013
    Australian study quantifies the benefits of SCATS to the motorists, the environment and the economy. Opportunity weekday cost savings potential of some AUD16 million (US$15.2 million) has emerged from rigorous analysis of a one-day study of Australia’s Sydney Coordinated Adaptive Traffic System (SCATS) in operation. This represents 27% of the total cost of a real alternative semi-adaptive traffic control. The estimated indicative annual weekday-based value is AUD3,900 million (US$3,705 million) or 0.9% of t
  • Jenoptik uses sensor fusion to avoid monitoring confusion
    January 26, 2018
    Jenoptik’s Uwe Urban looks at the advantages of ‘sensor fusion’ for the ITS sector. When considering the ideal sensing and monitoring system to enable the ITS sector to deliver improvements in mobility and road safety, for general policing security and border protection, we have to think beyond radar-base systems or laser scanners. What is needed today are solutions for detecting and tracking vehicles while recording evidence to deacide if any action is necessary. There is no sole sensor capable of