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Meteorological drones mainly measure the following meteorological data: temperature, air pressure, humidity, wind, true altitude, various images (data), cloud formation type and size, visibility, occurrence and size of turbulence, and ice accumulation.
Weather drones are required to fly in all kinds of bad weather, and data transmission systems and flight control systems may also be disturbed. In this case, the aircraft must maintain fast speeds and must accurately measure various meteorological data. Therefore, the system requirements for weather drones are high. In the low-flying measurements, the UAV loses contact with ground equipment, so the UAV must have an autonomous flight management system. Meteorological drones generally use navigation wind measurement, so an accurate navigation and positioning system is required. In addition, various measuring instruments are required to have low inertia, high accuracy, and good reliability.
Products Demo Photo:
Technical Datas:
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Work environment
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-20~60°C，95% non-condensing
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Mechanical properties of wing
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Pluggable
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Body weight
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7kg
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Max take-off weight
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23.5kg
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Satellite positioning module
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GPS, Beidou, GLONASS
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Mechanical properties of wing
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Quick release wing
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Hover Accuracy (relative accuracy)
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Horizontal: ± 0.2m
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Flight control
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Fixed-point, fixed-point, autonomous cruise and other multi-attitude flight modes
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Vertical: ± 0.5m
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One-button take-off and landing, low voltage protection, automatic return
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Preset no fly zone, electronic fence
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