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GLORY AIR supplies industrial and commercial unmanned aerial vehicles (UAV) for various applications.
WE WILL CONTACT YOU
Leave your contact details and we will answer all your questions
privacy policy
The UG75 UAV system is designed for:
- transportation of goods weighing up to 15 kg;
- conducting inspection flights;
- monitoring of extended objects.
- day and night patrols.
- visual aerial photography.
- thermal imaging aerial photography;
- mappingе.
- transportation of goods weighing up to 15 kg;
- conducting inspection flights;
- monitoring of extended objects.
- day and night patrols.
- visual aerial photography.
- thermal imaging aerial photography;
- mappingе.
Advantages:
1) UG75 is undemanding to take-off and landing conditions: no runway, launch and take-off equipment is needed.
2) Compact and easy to transport. The wings are separated, the device and additional equipment are placed in a special transport case. Assembly of the device for use is carried out within 15 minutes by two people. The UG75 does not require a runway, catapult, or other additional equipment for takeoff and landing.
1) UG75 is undemanding to take-off and landing conditions: no runway, launch and take-off equipment is needed.
2) Compact and easy to transport. The wings are separated, the device and additional equipment are placed in a special transport case. Assembly of the device for use is carried out within 15 minutes by two people. The UG75 does not require a runway, catapult, or other additional equipment for takeoff and landing.
3) Navigation - GNSS (satellite) / INS (inertial navigation consisting of 3 inertial measurement units). The inertial system allows the UAV to maintain the set course with a minimum deviation in case of loss of satellite signal until communication with satellites is restored.
4) Built-in receiver-transmitter of control data and video stream - main control channel-1.4-1.5 Ghz/ 2.4 Ghz-radio transmission range up to 150 km
5) As a payload for remote sensing, the UAV carries an optical zoom camera and a thermal imaging camera on board. Camera specifications may change depending on the task at hand. The gyro-stabilized electromagnetic platform provides the best quality of photo and video data. It is also possible to install specialized cameras with a laser rangefinder for coordinate measurement.
4) Built-in receiver-transmitter of control data and video stream - main control channel-1.4-1.5 Ghz/ 2.4 Ghz-radio transmission range up to 150 km
5) As a payload for remote sensing, the UAV carries an optical zoom camera and a thermal imaging camera on board. Camera specifications may change depending on the task at hand. The gyro-stabilized electromagnetic platform provides the best quality of photo and video data. It is also possible to install specialized cameras with a laser rangefinder for coordinate measurement.
Specifications
UG75 PlatformUG75
Structural type
of vertical take-off and landing UAV with fixed wing
verall dimensions (widthlength height)
4940*2560*900mm
Dry weight
40 kg
Maximum take-off weight
55 kg
Maximum payload
15 kg
The maximum rate of climb in the VVP mode is
3 m / s
The maximum speed of descent in the VVP mode is
2 m / s
The rate of climb in the main course mode is
2.5 m / s
The maximum speed of descent in the main course mode is
5 m / s
Cruising speed of
100 km / h
Maximum speed
125 km / h
U-turn radius
230 m
Practical ceiling of
6000 m
Wind resistance
Level 7 (in level flight) / Level 6 in GDP mode
Weather stability
Light rain / light snow / low density fog
Operating temperature range
30 C to +55 C
Manufacturing materials
Carbon fiber and fiberglass composites
Stability in hover mode
Vertical ±0.2 m, horizontal ±1 m (with RTK)
Minimum dimensions of the take-off and landing area
if there are no obstacles on the approach 10x10 meters for take-off and landing, if there are no obstacles on the approach
Maximum flight time
10 h
Navigation and Controls
Navigation
GNSS (Satellite) / INS (Inertial)navigation
The inertial measurement unit Is
Installed
Flight modes
Automatic / Semi-automatic
Possible conditions for enabling the auto return to take-off point (RTL) mode.
ressing the selected button, loss of communication with the controller, low battery power, getting into a difficult spatial position, failure of one of the main sensors, switching on the protection mode for two GDP engines simultaneously, switching to planning after a failure of the tail main engine
Engines and electrical
Engines
Two-stroke petrol engine
The battery is
Lithium-polymer, 12-cells.
Air WINT
32 / 26-inch
IP56
propellers
12000 мАч
Charger with "fast charging" mode
battery charging time is about 2 hours
Dust and moisture protection level
Storage and assembly
The structure is
collapsible
Assembly time
2 people, 5 min.
Built-in control data and video stream transceiver
1.4-1.5 GHz, 2.4GHz (optional), 400-900 MHz optional
Operating frequency range
On-board (flight) recorder
Installed
Advantages of industrial drones
Reduced deliverytimes
when fully loaded, the drone can reach speeds of up to 130 km/h. Minimization
of risks, as the human factor is completely excluded (traffic jams, accidents, etc.).
Ambulance
Urgent delivery of necessary medicines to hard-to-reach areas and prompt delivery of tests
for research in the laboratory.
Reduce costs
Extinguishing the fire with a substance – both from the device's reserves and from local
sources. The UAV will not fall into a burning peat pit located under the turf, due to the lack of load on
the topsoil. Reducing the number of victims among firefighters.
Delivery to hard-to-reach places
Delivery of small cargo to remote areas where there are no roads, or
where delivery by other means of transport is expensive due to the length and complexity of the route,
or renting an alternative vehicle.
Cases