Dr. Zoë Thomas
With the eBee we could easily identify and map geomorphological features in the New Zealand Subantarctics, which due to thick vegetation and a lack of satellite coverage would have been impossible otherwise. The eBee’s low noise and ‘natural’ appearance was also crucial, since this meant it didn’t disturb local bird colonies. This drone has such a wide range of potential applications that it could be a sound investment for many research departments.
Efficiency is in Season: senseFly Launches eBee Ag Fixed-Wing Mapping Drone for Agriculture
senseFly, the global leader in fixed-wing mapping drones, today announces the launch of eBee Ag, the latest addition to the eBee X series of drone solutions. User-friendly and affordable, eBee Ag helps farmers, agronomists and service providers efficiently capture aerial data and plant health insights for faster agronomic decision-making...
eBee Geo Joins senseFly Line of Professional Fixed-Wing Mapping Drones
senseFly, the global leader in fixed-wing mapping drones, today announces the expansion of its flagship eBee X drone solution with the launch of eBee Geo. The eBee Geo represents the first extension into a new eBee X series of fixed-wing drones and is positioned as a cost-effective option for...
DP&L Partners With senseFly and Sinclair College to Build Drone Program and Bolster Enterprise Utilities Management
Ohio-based energy provider, Dayton Power & Light (DP&L), in partnership with Sinclair College’s National UAS Training and Certification Center, is employing a fleet of senseFly eBee X fixed-wing mapping drones to improve its large-scale data collection and mapping capacity. Over a 9-month period, unmanned aerial systems (UAS) will be...