Airware to leverage senseFly’s eBee Plus fixed-wing drone as part of large-area data collection & analysis solutions
San Francisco, CA/Cheseaux-sur-Lausanne (April 25, 2017) – Airware, which provides end-to-end solutions that turn aerial data into actionable business intelligence for enterprises, has signed a global distribution agreement with senseFly, the world’s leading producer of fixed-wing mapping drones, to bring the survey-grade eBee Plus to its enterprise customers.
Airware’s end-to-end solutions for mining, quarrying, and construction sites harness drone technology to capture aerial data and translate it into measurable business impact for Fortune 500 companies around the world. As a result of this commercial partnership, the most globally utilized, commercial-grade, large-area mapping drone is now offered as part of Airware’s enterprise offering, which includes cloud-based data processing, analytics, and reporting, as well as the training, support, and professional services enterprises need to deploy drones at scale. Continue reading
Start-up businesses that use drones to assess crop health through infrared mapping are becoming more popular across Australia, according to industry players and researchers. Continue reading
Do more in a single field visit with Agribotix QVu
Ground truthing using a QVu Field Health result of winter wheat. Scout (GPS location shown by blue dot) is near a problem area. Continue reading
Unmanned aerial vehicles, or drones, can collect detailed information in real time at relatively low cost for ecological research.
In a new Opinion piece published in the Cell Press journal Trends in Parasitology, experts demonstrate that drones can be used to understand how environmental factors influence the spread of infectious diseases.
“Drones can provide highly accurate information on changes to land, such as deforestation or changing types of agriculture. This helps to understand the impact on the movement and distribution of people, animals, and insects that carry disease,” says lead author Kimberly Fornace, of the London School of Hygiene and Tropical Medicine, in the UK.
Richmond Hill, ON and Radnor, PA –January 29, 2014 – Applanix Corp and American Aerospace Advisors Inc today announce that they have completed a successful series of test flights of AAAI’s RS-16 platform equipped with Applanix’ DMS-UAV aerial photogrammetry payload. This is the first successful mission for a long-endurance UAS (unmanned aerial system) capable of producing professional grade, directly georeferenced mapping imagery for civilian applications such as pipeline monitoring, power line and emergency response mapping.
Tests were conducted over restricted airspace in the state of New Jersey. A joint team from Applanix and AAAI planned and flew a sequence of missions to evaluate the capabilities of the UAS. These include, critically, the ability to provide highly accurate, directly georeferenced and orthorectified aerial imagery without the need for ground control points or aerial triangulation calculations. The system, consisting of the airframe, its avionics, mobile ground control station and the digital mapping payload, performed according to expectations and successfully produced high quality imagery.
David Yoel, CEO of American Aerospace Advisors, commented: “Performing safe and successful missions with long endurance unmanned aircraft in civilian airspace are a challenge that goes far beyond selecting the right aircraft and payload. Working with Applanix, we have produced an integrated system that is designed from the ground up with civilian mapping operations in mind. We believe this system has the capability to transform the aerial mapping industry.”
The RS-16 DMS is a complete, operational system capable of conducting large area operations within the National Airspace System in the United States, and in other jurisdictions as local regulations allow. Within the USA, AAAI is engaged with several of the recently announced UAS research and test sites, which operate under the auspices of the FAA to develop the certification and operational requirements necessary to safely integrate UAS into the national airspace.