9401 nuclear unmanned aerial vehicle testing

9401 nuclear unmanned aerial vehicle testingIt is an ideal equipment for emergency rescue personnel to conduct early reconnaissance and warning. Before entering dangerous areas such as fire and hazardous chemical explosion sites, drones can be used to conduct on-site reconnaissance and detection, and conduct safety assessments in advance.

Product Introduction

9401 nuclear unmanned aerial vehicle testingThe flight platform uses DJI industry grade latitude and longitude unmanned aerial vehicles, and the payload adopts * * *'s flight time ion migration spectroscopy technology, array multi-sensor fusion technology, and Time to Count nuclear detection technology, which can detect trace chemical agents, industrial toxic and harmful gases, and radioactive pollution online, quickly, and accurately.

The nuclear and chemical reconnaissance detection results can be displayed in real-time on the unmanned aerial vehicle control terminal through transparent transmission. Professional visualization analysis software can seamlessly integrate with the nuclear and chemical reconnaissance unmanned aerial vehicle, achieving a second level response and real-time mapping of nuclear and chemical pollution areas. The three-dimensional pollution concentration distribution is clear at a glance, and the pollution source can be quickly identified. Nuclear and chemical reconnaissance drones are ideal equipment for emergency rescue personnel to conduct early reconnaissance and warning. Before entering dangerous areas such as fire and hazardous chemical explosion sites, drones can be used to conduct on-site reconnaissance and detection, and conduct safety assessments in advance. Drones can also search for and locate the source of leaks, and then use an onboard gimbal to map the area for emergency personnel to quickly arrive at the scene.

Product Features

-* * * Integration: Integrating * * *'s nuclear reconnaissance equipment with industry * *'s unmanned aerial vehicle platform

-Unmanned: beyond visual range unmanned operations, conducting reconnaissance of nuclear radiation and chemical hazards in hazardous areas from a safe distance

-Intelligence: Intelligent six way positioning and obstacle avoidance, one click return; Qualitative and quantitative detection of pollutants, combined with neural network algorithms to form a pollutant situational awareness map

-Visualization: Visualization assisted flight, rapid mapping of surrounding maps, integration of visual and nuclear pollution situations

-Informatization: Remote transmission of data for inspection, combined with backend information decision-making platform, significantly reduces inspection time, and quickly formulates hazardous site protection measures and handling methods

Technical specifications

System indicators

-Measurement and control distance: ≥ 5km

-Maximum flight time: ≥ 30 minutes

-Maximum flight altitude: 5km

-Maximum flight speed: 21 meters per second

-Maximum ascent speed: 6 meters per second

-Working temperature -20 ℃ to 40 ℃

Nuclear testing indicators

-Detection range: 1uSv/h-10mSv/h

-Detection accuracy: ± 10%

-Energy response: ± 10%

-Detection source type: 35KeV-1.5MeV

-Detector technology type: GM counter tube meter/second

Chemical testing indicators

-Phosgene: 10mg/m3

-Ammonia gas: 20mg/m3

-Sulfur dioxide: 10mg/m3

-Hydrogen sulfide: 10mg/m3