BUSINESS
A completely new concept of autonomous unmanned system
After acquiring spatial information, it is retrieved from the take-off point.
Fully autonomous unmanned system development
In the short term, the Unmand System is a complete system that can use an ultra-small rocket-based foldable fixed-wing unmanned aerial vehicle system to reach a short-range mission area within minutes (hundreds of kilometers) and acquire spatial information, and then recover both rockets and unmanned aerial vehicles from the take-off point by 2025. We want to develop an autonomous unmanned system.
operational economics
Operational economics due to the use of reusable sub-orbital rocket-based unmanned aerial vehicles
unmand system
tiny satellite
Operating cost per session
< $1000
> $1M
Increased cruising distance & shortened arrival time
Increased cruising range and reduced arrival time through the use of rockets
cruising distance
arrival time
flight speed
100km
6min
1000km/h
Acquisition of high-resolution ground information
through the use of low-altitude unmanned aerial vehicles Acquisition of high-resolution terrestrial information compared to artificial satellites
unmand system
tiny satellite
resolution
1cm (150x150m)
5m (20x20km)
mobility
Mobility through micro rocket-based small foldable fixed-wing unmanned aerial vehicle system
unmand system
tiny satellite
operational preparation time
10min
90min (Alt. 500km)
Land, sea, air, space !
Service development of fully autonomous unmanned system
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
