CONTROL
– High power regulators with passive cooling
– Weatherproof motors with closed structure
– Full redundancy of control and power systems
– Optional full drive redundancy
– Optional control and positioning system based on distinctive site features, independent of GPS.
– Control implemented directly with:
- mobile command station
- base command station
- wristop computer
- Range – 5000 m
- Number of channels – 11
- Band – 2.4 GHz
AUTONOMOUS FLIGHT
The mission design system enables the
execution of tasks without radio contact
with the base (e.g. after successful radio
interference in the control band).
COMPONENTS
REDUNDANCY
Ares drones have full redundancy of control circuits, including flight
controllers, locating systems, and power sources. Therefore,
failure of individual components does not affect mission
continuity. Each of the key circuits has a backup system.
CARBON-COMPOSITE FRAME
Implementation of custom developed, and produced, ultralight carbon-composite materials have allowed to build a large size structure without increasing the weight.
The massiveness of the structure makes Ares drones capable of performing tasks that are not available for smaller units, while achieving high flight stability and unprecedented precision.
LONG WORKING TIME, RANGE, AND PAYLOAD
Payload, range, and flight time are the elements that put Ares at the forefront of available designs, while the possibility of using large size equipment, and resistance to external factors are its distinctive features.
The unit’s dimensions allowed to provide flight stability and also made possible the use of more powerful power sources. As a result, the platform gained more speed, offering simultaneously range and flight time at a currently unreachable level.
Ceiling of work – 3000 m
Operating range – 1200 m
Hover time – 90 minutes
Payload – up to 5,5 kg
VISION SYSTEM
Transmitter power – 1000 mW
Number of channels – 32 channels
Band – 5.8 GHz (optional 1.2 GHz)
Antenna tracker – range 5000 m
REINFORCED LANDING GEAR
Stiff, stable legs, reinforced and made of
composite to withstand even the toughest
landing in a difficult terrain.
SEALED AND WEATHER-
RESISTANT CORPUS
As a result of months of research, selection of the highest quality components, and the use of innovative construction solutions, a platform was created that is both weather resistant and resists radio interference. This particular platform is capable of performing autonomous tasks on a global scale.
Advanced data protocols enable the control of dronoids from practically anywhere on earth.
– Control implemented indirectly through earlier designed
mission which is run by commands