inspection drones, as inspection UAVs (unmanned aerial vehicles), are specialized drones equipped with cameras and sensors designed for the purpose of inspecting and assessing infrastructure, assets, or areas that may be difficult or unsafe for humans to access.
inspection drones can enhance efficiency, safety, and cost-effectiveness in various inspection and monitoring tasks, providing valuable insights without putting human inspectors at risk in challenging or hazardous environments.
inspection drones are equipped with high-quality cameras, often with the ability to capture both still images and video footage. This allows for detailed visual inspections of structures and assets. some inspection drones are equipped with specialized sensors such as thermal cameras, light detection and ranging, or multispectral cameras. these sensors provide additional data for specific types of inspections, such as detecting heat anomalies, measuring distances, or assessing vegetation health.
inspection drones are designed to be agile and capable of flying in confined spaces or around complex structures. This allows them to navigate areas that may be challenging for humans or traditional inspection methods. operators can control inspection drones remotely, allowing them to fly the drone to specific locations for close-up inspections without the need for physical access.
many inspection drones are equipped with technology that allows for real-time monitoring of the inspection process. Live video feeds and data streams can be transmitted to a ground station for immediate analysis. infrastructure Inspection: this includes inspections of bridges, dams, power lines, pipelines, and other critical infrastructure to assess structural integrity and identify potential issues.
inspection drones are used to inspect oil and gas facilities, including offshore platforms, refineries, and pipelines, for maintenance and safety purposes. inspection drones are employed in the construction industry to monitor construction sites, assess building structures, and track progress.
inspection drones can be used to inspect cell towers and other telecommunications infrastructure for maintenance and troubleshooting. inspection drones equipped with sensors can assess environmental conditions, monitor wildlife, and gather data for ecological studies. these drones are commonly used in various industries for visual inspections, data collection, and monitoring.
types | HY-FOA-1550 | ||||||||
wheelbase | 1550mm | ||||||||
drone weight | 7000g | ||||||||
load mass | 10000g | ||||||||
satellite positioning module | GPS, Beidou, GLONASS | ||||||||
endurance time | 60 minutes | ||||||||
control radius | 10km | ||||||||
maximum flight speed | 54km/h | ||||||||
flight altitude | 5000m | ||||||||
Maximum wind resistance level | level 7 | ||||||||
battery type | Smart lithium battery | ||||||||
battery capacity | 29000mAh | ||||||||
obstacle avoidance function | support | ||||||||
flight control | Multi-attitude flight modes such as fixed altitude, fixed point, autonomous cruise, one-button takeoff and landing, low voltage protection, automatic return to home, preset no-fly zone, electronic fence | ||||||||
operating temperature | -20~60C | ||||||||
expand size | 1640(W)*1425(D)*590(H)mm | ||||||||
recycling methods | plug in structure | ||||||||
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