Drone solutions in the Microavia catalogue
Benefit from fully compatible UAV hardware and software
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Ortus is a lightweight quadcopter built for resilience and filled with electronics and software developed by Microavia.
Features:
15 km
50 min
16 m/s
radius of coverage
flight time
velocity
Proprietary auto-pilot for running automated BVLOS missions
Three communication channels (LTE, Wifi, RFD)
A 3-axis gimbal with quick-release allows то swap payloads almost instantly
Unique rotor setup for better handling and landing
Proprietary video packet loss prevention technology reduces tearing
Three communication channels (LTE, Wifi, RFD)
A 3-axis gimbal with quick-release allows то swap payloads almost instantly
Unique rotor setup for better handling and landing
Proprietary video packet loss prevention technology reduces tearing
3-axis gimbal
Battery
Uninterrupted 24x7 flight
Uninterrupted 24x7 flight
15 km
50 min
16 m/s
radius of coverage
flight time
velocity
Ortus is a lightweight quadcopter built for resilience and filled with electronics and software developed by Microavia.
Some of its strengths are:
3-axis gimbal
Battery
Uninterrupted 24x7 flight
Uninterrupted 24x7 flight
Proprietary auto-pilot for running automated BVLOS missions
Three communication channels (LTE, Wifi, RFD)
A 3-axis gimbal with quick-release allows то swap payloads almost instantly
Unique rotor setup for better handling and landing
Proprietary video packet loss prevention technology reduces tearing
Three communication channels (LTE, Wifi, RFD)
A 3-axis gimbal with quick-release allows то swap payloads almost instantly
Unique rotor setup for better handling and landing
Proprietary video packet loss prevention technology reduces tearing
Proprietary auto-pilot for running automated BVLOS missions
Three communication channels (LTE, Wifi, RFD)
A 3-axis gimbal with quick-release allows то swap payloads almost instantly
01
02
Unique rotor setup for better handling and landing
Proprietary video packet loss prevention technology reduces tearing
03
04
05
Dimensions
Diagonal
1360 mm
Height
395 mm
Propeller
Diameter, Pitch
28 x 9.4 inch
Weight
Drone with battery weight, w/o payload
6.5 kg
Payload max. weight
5 kg
Max. takeoff weight
11,5 kg
Timing
Flight time
50 min
With 1 kg payload,
without wind gusts.
With 1 kg payload,
without wind gusts.
Same with 3 kg payload
35 min
Same with 5 kg
25 min
Range
Max. flight distance
30 km
Speed
Max speed
16 m/s
Cruising speed
12,5 m/s
Max. vertical speed (climb up)
5 m/s
Max vertical speed (down)
5 m/s
Max wind speed
10 m/s
Wind gusts
15 m/s
Connectivity
RFD modem
868 — 869 MHz
RFD range
10 km
LTE
1, 2, 3, 4, 5, 7, 8, 12,
13, 20 25, 26 29, 30,
41 bands
13, 20 25, 26 29, 30,
41 bands
WiFi
2.4, 5 GHz
For data synchronization
For data synchronization
Batteries
Batteries count
1 pcs
Battery capacity
23 000 mAh
Energy density
199 Wh/kg
Battery voltage
22,8 V
Battery type
Li-Po
Weight
2650 gr
Climate
Temperature range
-25...+40 °C
Dust-water-proof
IP65
Navigation
GPS accuracy
20 mm
Safety
Parachute
optional
Fortis can fly missions while keeping a set altitude above the terrain with a load capacity of up to 12 kg.
Some of its strengths are:
12 kg
55 min
27 m/s
Delivered in “mission-ready” state with robust case and spare parts
KLM file import for semi-automatic mission planning
Automated soft climb point and acceleration/deceleration
Terrain-follow mode
Removable beams
KLM file import for semi-automatic mission planning
Automated soft climb point and acceleration/deceleration
Terrain-follow mode
Removable beams
velocity
up to 12kg payload
flight time with 3,5kg payload
Heavier chassis for extra stability on the ground
Navigation system
Ultimate reliability for BVLOS operations
Ultimate reliability for BVLOS operations
Navigation system
12 kg
up to 12kg payload
55 min
27 m/s
Fortis can fly missions while keeping a set altitude above the terrain with a load capacity of up to 12 kg.
Features:
Delivered in “mission-ready” state with robust case and spare parts
KML file import for semi-automatic mission planning
Automated soft climb point and acceleration/deceleration
Terrain-follow mode
Removable beams
KML file import for semi-automatic mission planning
Automated soft climb point and acceleration/deceleration
Terrain-follow mode
Removable beams
flight time with 3,5kg payload
velocity
The heavier chassis and frame accommodate more power to the rotors.
Navigation system
Ultimate reliability for BVLOS operations
Ultimate reliability for BVLOS operations
Navigation system
Proprietary auto-pilot for running automated BVLOS missions
RFD communication channel
Unique rotor setup for better handling and landing
01
02
Removable beams
03
04
Dimensions
Diagonal
1220 mm
Max. Height
510 mm (GNSS antennas)
Propeller
Diameter, Pitch
30 x 10 inch
Weight
Drone with battery weight, w/o payload
12 kg
Max. recommended payload
12 kg
Max. recommended takeoff weight
24 kg
Payload dimensions
Max. (WxHxD)
550 x 300 x 550 mm
Timing
Flight time with 1 kg payload
60 min
Without wind gusts
Without wind gusts
Same with 3 kg
50 min
Same with 5 kg
40 min
Same with 10 kg
26 min
Speed
Max speed
30 m/s
Cruising speed
11,5 m/s
Max. vertical speed (climb up)
8 m/s
Max vertical speed (descent)
8 m/s
Max wind speed
15 m/s
Wind gusts
20 m/s
Distances
Max. flight distance
40 km
Without return
Without return
Connectivity
RFD modem
868 MHz (the frequency may be customized)
RFD range
7 km
Batteries
Batteries count
1 pcs
Battery capacity
25 000 mAh
Battery voltage
45,6 V
Battery type
Li-Po
Weight
5200 gr
Transmitter power
Drone
1 W
Telebase
1 W
Climate
Temperature range
-25...+40 °C
Dust-water-proof
IP33
Navigation
GPS accuracy
10 cm
Safety
Parachute
optional
The perfect carrier for heavy measurement payloads and equipment
The perfect carrier for heavy measurement payloads and equipment
The dock acts as a recharging and data synchronization point for Ortus. It has a unique design and set of mission-critical capabilities.
Some of its strengths are:
1 min
90 sec
700+ km²
to take-off
battery swap time
coverage area
A modular design, which helps quickly swap components in case of issues
Low-maintenance strategy: no oil or similar maintenance is required
Four batteries are rotated and inserted into the drone automatically
RFD connection to the drone, as a backup in case LTE fails
API and integration options for 3rd party technologies
Low-maintenance strategy: no oil or similar maintenance is required
Four batteries are rotated and inserted into the drone automatically
RFD connection to the drone, as a backup in case LTE fails
API and integration options for 3rd party technologies
Some of its strengths are:
A modular design, which helps quickly swap components in case of issues
Low-maintenance strategy: no oil or similar maintenance is required
Four batteries are rotated and inserted into the drone automatically
01
02
RFD connection to the drone, as a backup in case LTE fails
API and integration options for 3rd party technologies
03
04
05
1 min
90 sec
to take-off
700+ km²
battery swap time
coverage area
The dock acts as a recharging and data synchronization point for Ortus. It has a unique design and set of mission-critical capabilities.
A modular design, which helps quickly swap components in case of issues
Low-maintenance strategy: no oil or similar maintenance is required
Four batteries are rotated and inserted into the drone automatically
RFD connection to the drone, as a backup in case LTE fails
API and integration options for 3rd party technologies
Low-maintenance strategy: no oil or similar maintenance is required
Four batteries are rotated and inserted into the drone automatically
RFD connection to the drone, as a backup in case LTE fails
API and integration options for 3rd party technologies
Dimensions
Weight
1880 mm
Depth
1850 mm
Height
1900 mm
Weight
Net mass
300 kg
Battery management
Batteries count
4 pc
Automated battery replacement
yes
Charge time from 0% to 100%
1.2 hour
Capacity per battery unit
23 000 mAh
Voltage on battery unit
26 V
Accumulator change time
(without charging)
(without charging)
2 min
Battery storage mode
yes
Batteries temperature conditioning and control
yes
Power distribution system
Maximum power consumption
5 kW
Connectivity
WiFi
2.4 GHz
Copter - station interface
Copter - station interface
Critical distance to internet hotpoint (for station)
100 meters
100 Mbit supposed
100 Mbit supposed
Station opening/closing
Guaranteed cycles (open-close)
5000 pc
Roof opening time
30 sec
Climate
Temperature range
-30...+60 °C
40-60 range with internal air conditioner
40-60 range with internal air conditioner
Internal climate control
yes
Computing power
Computer
NVidia Jetson Nano
Using a tethered drone allows you to establish 24/7 monitoring of vast areas without the need for recharging, swapping batteries, etc
Features:
5 min
120 m
24/7
deployment speed
operating altitude
hovering time
Durable and light power cable
Wire winding/dissolving has both automatic and manual modes
Operational height of up to 120m
Alternative sources, such as solar panels, can power it
AI compatibility
Wire winding/dissolving has both automatic and manual modes
Operational height of up to 120m
Alternative sources, such as solar panels, can power it
AI compatibility
Using a tethered drone allows you to establish 24/7 monitoring of vast areas without the need for recharging, swapping batteries, etc:
5 min
120 m
24/7
deployment speed
operating altitude
hovering time
Durable and light power cable
Wire winding/dissolving has both automatic and manual modes
Operational height of up to 120m
Alternative sources, such as solar panels, can power it
AI compatibility
Wire winding/dissolving has both automatic and manual modes
Operational height of up to 120m
Alternative sources, such as solar panels, can power it
AI compatibility
Features:
Durable and light power cable
Wire winding/dissolving has both automatic and manual modes
Operational height of up to 200m
01
02
Alternative sources, such as solar panels, can power it
AI compatibility
03
04
05
Wire length
150 m
Maximum drone height
100-120 m
Constant wire tension support system in flight
present
Automatic/manual mode for winding/unwinding/wire tension
present
Operated with DC batteries/generators where 220V AC is not available
present
Powered by a regular outlet
present
Red emergency landing button
present
Control Panel (tablet) on the box
present
Temperature range
-40...+50 °C
API and integration options for 3rd party technologies
Configurable UAV's Payloads
The drones can carry a variety of proprietary and 3rd party payloads.
There are both mechanical and API-based integration options.
Microavia flight management
Microavia cloud-based UTM provides intuitive controls, a near-instant learning curve, and powerful mission planning capabilities. Book a demo to see it in action today!
Microavia installs a proprietary autopilot module into each drone. It delivers unparalleled performance for safer and more efficient missions.
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Microavia UTM is a versatile, secure, user-friendly platform that helps run complex missions and monitor progress.
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