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Anywhere, Anytime: Wingtra Drones Map the Alps Anywhere, Anytime: Wingtra Drones Map the Alps
The WingtraOne is an uncommon drone, each in seems and performance.  A VTOL (vertical takeoff and touchdown) design permits the WingtraOne to work in... Anywhere, Anytime: Wingtra Drones Map the Alps


The WingtraOne is an uncommon drone, each in seems and performance.  A VTOL (vertical takeoff and touchdown) design permits the WingtraOne to work in all kinds of environments.  Now xyHt experiences that the Wingtra is getting used to map the Alps.

Swiss engineering agency Cavigelli Ingeniuere AG has been tasked with mapping Lumnezia, a Swiss Alpine valley, for the planning of a wind farm.  The 20 wind generators are to be in-built an space inaccessible by roads, and beforehand unmapped.

Hiking in an hour to the web site, engineers used the WingtraOne to deal with mapping the giant space constrained by “hilly terrain, high altitude, and quickly changing weather conditions in the mountains,” says Adyasha Dash, a software program engineer at Wingtra and writer of the xyHt article.

“…This VTOL drone [the WingtraOne] takes off and lands vertically like a multirotor but tilts forward in flight to fly like a fixed-wing aircraft. Combining this with the capability to carry heavy sensors means that it can cover areas equivalent to 570 soccer fields in a single flight of 55 minutes.”

The workforce used photogrammetry software program from Pix4D to create a 3D mannequin of the development web site, permitting visualization of deliberate roads and wind generators.  “The entire data collection workflow itself took a mere four hours—a process that could easily take days with traditional surveying methods,” says Dash.

“The transport, the flight preparation, the flight planning, the takeoff process, and the data transfer were very easy and convincing,” says Thomas Arpagaus, an engineer at Cavigelli. ‘The aerial survey has proven that it takes solely a really brief introduction/coaching for a profitable completion of a venture. “Thanks to the use of a drone, we were able to greatly reduce the costs for the surveying and evaluation of the original site for the design work. The tight project planning could be kept due to the fast and flexible data acquisition.”

“After the Lumnezia project is finished, there will be 20 wind turbines in the field producing 60 GWh of power and providing energy to 15,000 households,” says Dash.

Miriam McNabb is the Editor-in-Chief of DRONELIFE and CEO of JobForDrones, an expert drone companies market, and a fascinated observer of the rising drone trade and the regulatory setting for drones. Miriam has a level from the University of Chicago and over 20 years of expertise in excessive tech gross sales and advertising and marketing for brand spanking new applied sciences.
Email Miriam
TWITTER:@spaldingbarker



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