+ data accuracy
The Phoenix UAV is a fixed-wing platform revolutionizing the drone industry and how it defines precision, reliability, and data accuracy.
By utilizing a robust autopilot, the Phoenix is an exceptionally accurate, easy-to-use UAV system. The Phoenix has a cruise speed of 35 mph and up to a 59-minute endurance, allowing it to capture data from over 700 acres in a single flight.
The hand-launched UAV seamlessly integrates a wide range of sensor options capable of capturing high-resolution RGB, NIR, NDVI, NDRE, 3D, thermal and LiveNDVI™ data.
The Phoenix is indispensable to growers, agronomists, crop consultants, surveyors, infrastructure inspection agents, and public safety officials!
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Quick, In-Field Assembly
Easy Hand Launch
Effortless Flight Control
The small, light drone is the next generation of the proven Sentera Phoenix fixed-wing platform. To optimize industry solutions, Sentera developed three distinct Phoenix variants that include the Phoenix drone, precision sensor, and all ground control software needed to get up and running.
Ideal for precision agriculture and mapping activities
Perfect for advanced volumetric readings
Designed for public safety missions
Easy-to-use Flight Software
The intuitive flight software is compatible with Windows, iOS, Android, and Mac operating systems. Flexibility and easy comprehension of the ground control software ensure that the Phoenix solution will integrate into your operation.
Windows + Android Compatibility
Mac + iOS Compatibility
Sentera’s suite of precision payloads couple perfectly with the Phoenix UAV and support a multitude of applications. From search and rescue operations to infrastructure inspections to crop health surveys, the Phoenix seamlessly integrates Sentera’s industry-leading sensors and capture critical data that helps operations run more efficiently.
The precision with which the Phoenix flies and the accuracy of Sentera’s sensors are changing the way industries approach remote sensing technology. Effortlessly capture high-precision, high-resolution color, NIR, and NDVI data. Captured data may be used to create detailed 3D maps, assisting geospatial analysts, engineers, inspectors, and first responders with measuring geographical volumes, analyzing surface data, and planning for contingencies.
Phoenix UAV Performance Specifications