A-9X GEO UNMANNED AIRCRAFT

The A9-X GEO unmanned aerial  system is designed for aerial photography and georeferenced photography in the visible (RGB) range, using a high resolution camera and measuring GNSS equipment.

The advantages of using the A-9X GEO in surveying:

• Possibility to conduct narrowly focused and complex surveys of various objects;
• Possibility to survey objects that are difficult to access or hazardous (harmful) to humans - all industrial objects are potentially hazardous to humans;
• Reduction of financial costs for creating topographic maps and terrain models in comparison to conventional methods;
• Possibility to assess the scope of works and control their implementation.

The main missions that could be accomplished with the A-9X GEO UAV are:
operational mapping;

• topographic survey of facilities for reconstruction and construction during engineering surveys;
• survey of overhead power line routes;
• environmental monitoring of built-up areas, industrial zones, agricultural land;
• control of executed works on the objects under construction;
• inspection of the above-ground part of main gas pipelines, etc.

Examples of outputs

Primary data from UAV and its payloads, high accuracy satellite navigation and geodetic equipment:



Combining data from different types of surveys, creating orthophotomaps, 3D models of surveyed objects, defining the main parameters of surveyed objects:

Composition of the UAC: Unmanned Aerial Vehicle (UAV) multirotor type. Ground control station (GCS). Gyrostabilised payloads. Ground based maintenance equipment. Flight modes:   manual control semi-automatic control automatic control

Ground control station

Tactical and technical characteristics 

UAV Size	850´450´270 mm		Max. radio communication range	5-8 km
Max. Take-off Weight	9 kg		Payload	2,5 kg
Wind limit	12 m/s		Max. Speed	45 km/h
Climb rate	5 m/s		Max. height	5000 m
Endurance		50 min
Motor		Electric
Tale-off/ Landing		Vertical
Mission payload		High resolution camera, GNSS equipment

Payloads:

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