BUSINESS
A completely new concept of autonomous unmanned system
Fully autonomous
Retrieved from the take-off point after
Fully autonomous
In the short term, the Unmand System uses a solid rocket engine and jet engine-based foldable fixed-wing solar power unmanned aerial system by 2025 to reach a short-range mission area within minutes (tens of km) and acquire environmental information. We
Fully autonomous
Fully autonomous
Fully autonomous
Fully autonomous
operational
Operational economics due to the use of reusable sub-orbital rocket-based
(Operating cost per session)
< $1000
unmand system
< $1M
tiny satellite
Increase cruising distance &
Increased cruising range and reduced arrival time through the
( cruising distance/100km )
6 min
arrival time
1000 km/h
flight speed
Acquisition of high-resolution
through the use of low-altitude unmanned aerial vehicles Acquisition
( resolution )
1 cm
(150x150cm)
unmand system
5cm
(20x20cm)
tiny satellite
mobility
Mobility through micro rocket-based small foldable fixed-wing
( Operation preparation time )
10 min
unmand system
90 min
(Alt. 500km)
tiny satellite
applied area
of the troposphere and lower stratosphere Weather data acquisition
Monitoring of first-aid response in case of offshore marine accident in bad weather conditions
Fully autonomous