Drone-type UAS AC-MK6

Flight time is 75 minutes with a payload of 2 kg on board.

Drone-type UAS AC-MK6

AC-MK unmanned aircraft system with vertical take-off and landing is capable to operate with a large number of pay loads: from cameras and thermal imagers to air-laser scanning systems and atmospheric pollution sensors.

Flight time is 75 minutes with a payload of 2 kg on board. The ground control station allows to fly and accurately skirting the terrain. The only difference from the AC-MK-4 model is the number of engines. The hexacopter scheme unlike the quadrocopter has one main operational advantage: in case of failure of up to two engines in the air, the device will be able to continue the flight and land safely.

This is a compact unmanned aircraft with vertical take-off and landing, capable to operate with a large number of pay loads: from cameras and thermal imagers to air-laser scanning systems and atmospheric pollution sensors.

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Type of constructionFolding
Dimensions (Length/width/height)In working condition with screws – 2 130/2 130/480 mm
Folded – 590/590/730 mm
Diagonally without screws – 1520 mm
WeightWith BRU – 14 kg
BRU – 7,2 kg
MaterialsComposite/carbon
Maximum payload7 kg
Maximum take-off weight21 kg
Operating frequency rangeISM 915 MHz, ISM 2400 MHz
EIRP2 W
Positioning accuracy in GPS modeOn the horizontal axis ± 0.3 m
On the vertical axis ± 0.4 m
Maximum pitch angle20°
Maximum speed15 m/s
Rate of climb5 m/s
Rate of descent3 m/s
Practical ceiling above sea level6 000 m
Maximum permissible wind speed18 m/s
Maximum flight time75 minutes
Flight radius20 km
Dust and moisture protectionIP44
Operating temperature range-40°C to +40°C

Multipurpose payload AC- 170/30/19T

Multipurpose payload AC-170/30/19T combines at once visual and thermal imaging matrices. This helps to reduce the camera weight and allows to receive twice as large the data during the flight, hence increasing the efficiency of air inspection.

AC-130/19T/19T

Unique in its kind, the target load consists of two thermal imaging cameras combined in one housing, which operate in different spectral ranges and complement each other perfectly.