Berkut A-6. Specifications. A photo.
Berkut A-6 - Ukrainian multi-purpose unmanned aerial vehicle developed by Design "Rise" bureau.
Unmanned aerial vehicle intended for use in civil and military aviation, in particular, the aircraft can be used to perform tasks related to the exploration areas (military, geological, surveying, mapping, etc.), carrying out observation and patrol flights, the implementation monitoring the safety of a given perimeter or the objects of state border protection, environmental monitoring and fire conditions, etc. Due to the rather broad operational capabilities, the unmanned aerial vehicle has a very high prospect, however, due to some financial problems, the production of drones this model has been suspended.
Ukrainian multi-purpose unmanned aerial vehicle Berkut A-6 has a fairly overall design, in particular, when the length of the fuselage in 3 meter frames of the wings of the air means is 5 meters, which in turn requires a specially prepared runway, which to some extent reduces the efficiency of operation of the drone, however, thanks to the good aerodynamic properties, long UAV dimensions do not adversely affect the maneuverability of the aircraft.
Air means this model is equipped with two piston engines, which allow to carry out drone flights at ranges up to 150 kilometers at a maximum speed of movement in 205 km \ h, which is quite effective.
Specifications Berkut A-6.
- Length: 3 m .;
- Wingspan: 5 m .;
- Height: 0,9 m .;
- Maximum takeoff weight: 160 kg .;
- Cruising flight speed: 120 km \ h .;
- Maximum flight speed: 205 km \ h .;
- Maximum flight distance: 150 km .;
- Maximum flight height: 3100 m .;
- aircraft engine type: a piston;
- Powerplant: unknown;
- Power: 2 x 7 hp
- Aviation and literature
- A uniform
- Military aviation
- Civil Aviation
- Helpful information
- The calendar
- Aviation and music
- game air
- Plane Crash
- Aviation and cinema
- Educational establishments
- Author's articles
- Assemblies and units of air equipment
- The probability of catastrophes
- Online Timetable
- The calculation of the distance
Best in the world of aviation