Skip to main content

Leddar technology for Arduino Projects

LED-based detection technology supplier LeddarTech’s has made its innovative sensors available to the Arduino community, enabling Arduino users to easily and cost-effectively integrate detection and ranging capabilities into their projects.. The Leddar detection and ranging module can be utilised in conjunction with the Arduino platform and other shields to effortlessly add on capabilities such as object/people detection, distance measurement, object/people-counting and more. As the module is available
April 1, 2014 Read time: 2 mins
LED-based detection technology supplier 84 LeddarTech’s has made its innovative sensors available to the Arduino community, enabling Arduino users to easily and cost-effectively integrate detection and ranging capabilities into their projects..
 
The Leddar detection and ranging module can be utilised in conjunction with the Arduino platform and other shields to effortlessly add on capabilities such as object/people detection, distance measurement, object/people-counting and more. As the module is available in different forms, it is highly configurable and can be adapted to countless applications.

In addition to full-fledged detection and ranging capabilities, the Leddar module comes with a software development kit (with .NET and C libraries, LabVIEW and MATLAB examples, and sample RS-485 code for Windows and Linux), a downloadable Arduino library, Arduino-specific video demonstrations on Youtube, as well as ongoing support from LeddarTech experts.

“The detection applications described above are just a few examples of how the Leddar™ module could be used in Arduino projects. There are in fact a wide variety of possibilities,” mentioned Sonia Bélanger, vice-president of Sales and Marketing at LeddarTech. “We encourage Arduino developers to experiment with our technology, to see how they can benefit from its easy-to-integrate value-added features,” adds Bélanger.

For more information on companies in this article

Related Content

  • Free-flow upgrade to Holland's Westerschelde tunnel's toll system
    February 1, 2012
    Unbroken service Technolution's Winifred Roggekamp and Dave Marples describe efforts to upgrade the Westerscheldetunnel's tolling system to give free-flow capability. Until 2003 the Flanders region of Zeeland, in the south-west of the Netherlands, was connected to the mainland only by ferry. The new Westerscheldetunnel, a 6.6km toll tunnel, improves communications with the region considerably, taking some 100km off the alternative road journey. In 2006 it was recognised that the toll plaza for the tunnel ne
  • Drones make Soarizon watcher of the skies
    December 16, 2020
    Getting a close view of where traffic problems are occurring is one of the main selling points of the ITS vision industry. Soarizon is doing things differently, Benjamin Orcan tells Adam Hill
  • Professional training key to the future of ITS
    May 21, 2012
    A substantial portfolio of resources is available and expanding, to help employers and professionals build essential skills for current and future needs – the ITS Professional Capacity Building Program. Pete Goldin reports. The US Department of Transportation (USDOT) views ITS as key to the future of transportation, as is evident from the department’s ITS Professional Capacity Building (PCB) program. This is a further manifestation of USDOT’s commitment to ITS. The PCB program provides anyone in the transpo
  • Intel investing in vehicles’ connected future
    November 30, 2012
    Prospects for a vision of vehicles fully connected to traffic information, safety and entertainment services are being boosted by a $100 million investment from Intel. Pete Goldin reports. Hear the name Intel and what comes to mind is processing power. What may not be realised is that Intel is positioned to become a major player in the automotive technologies market, including connected vehicle technology. To strengthen this position, the company’s investment arm, Intel Capital, has established a $100 milli