The Geo-Mapper's robust foam frame, translates to less risk. With it's decreased cost per flight, it offers unparalleled return on investment, and with it's long flight capabilities it further multiplies the cost-effectiveness of the platform.
The Geo-Scanner offers the longest flight time of our UAV range with an endurance of up to 40 minutes and a top speed of 50km/h. This UAV is leading the way in terms of technical capability and performance.
DJI MATRICE 210
The 210 RTK has all the features of the Matrice 210 but adds multiple payload configurations and universal ports as well as RTK functionality as standard.The Matrice 210 RTK features Real Time Kinematic GPS positioning for up-to-centimetre accuracy
“You would want an unmanned aircraft to do the dangerous, the difficult, the dull missions that manned aircraft can’t do. Or you’d want to use an unmanned aircraft if a manned aircraft is just kind of too expensive.” -Ben Gielow AUVSI
Our systems can be used for Surveying, SWAT, Anti-Poaching, Crop Science, Live Stock Control, Fire Fighting, Search & Rescue (SAR), Mapping, Real Estate Photography, Disaster Site Monitoring & Mapping, Solar Panels, Agriculture, Forestry Management, Crime Situational Awareness, Illegal Immigrant Control, Coastal Surveillance, Emergency communications network – the list goes on!
With affordable, rapid response aerial surveying with Unmanned Aerial Vehicles (UAV) delivering spatial data in environments for production, asset, environment and heritage management as well as for infrastructure planning and greenfield exploration.
The EasyUAV copters provide a stable platform from which aerial shots can easily be captured. By pushing the images through photogrammetric processing and surveying software, it is able to deliver orthorectified imagery and DEMs in all common CAD and GIS formats.
GPS-referenced imagery is quickly and easily processed by using a highly accurate software workflows, to provide an accurate view of the farmer’s field. This allows the farmer to take the guesswork out of identifying where a problem spot is located in a field.