COSMOS CITY
IN SPACE ON EARTH
IN SPACE ON EARTH
is a breakthrough Orbital City with solar power stations, opening up the possibilities of Space Tourism for humans. We’re also working on our main transport system which is capable of delivering passengers and cargoes both to space and the planetary environment.
COSMOS CITY IN SPACE
Description Of The Interior Area
RESIDENTIAL AREA
01
Diameter of torus
2 kilometers
2 kilometers
02
Rotation period
one full-circle turn per 63 seconds
one full-circle turn per 63 seconds
03
Residential area width
300 meters
300 meters
04
Residential area height 150 meters
05
Area of residential zone
200 ha
200 ha
06
Maximum population
10-40 thousand.
10-40 thousand.
07
Designed population density is
50 people/ha to 200 people/ha
50 people/ha to 200 people/ha
Transport plans for passengers and cargoes
LOGISTICS
TIMELINE: PATH FROM IDEA TO ORBITAL CITY-2035
PREPARATION STAGE. DURATION: 5 YEARS
- creating a research, cultural, and educational platform
- launching VR arcades and TV shows
- establishing an engineering bureau and experimental production
- developing and creating microsatellite platform-based drone builders
- 3d-printing test in vacuum and space-based metallurgy experiments
- developing and building an ultra-light space probe- and orbital rockets Theia and Taimyr
- developing a design of manned spaceships and orbital stations
- participation in a manned flight around the moon and operations on the lunar orbit
- sending microsatellite platform-based probes onto the orbit and the surface of the moon, experimental construction on the lunar surface
SEARCH-FOR-TECHNOLOGIES STAGE. DURATION: 10 YEARS
- building a first-phase launch rocket Hyperion
- lifting body transport ship
- an experimental orbital station
- a private module integrated into the International Cislunar Space Station deep space gateway to control the infrastructure on the moon's surface
- heavy robots on the moon's surface
- constructing core structures of the future habitable base; preparing a landing site infrastructure; valuable resources prospecting
- development of orbital cryogenic refueling technology
INFRASTRUCTURE DEPLOYMENT
STAGE: 15 YEARS
STAGE: 15 YEARS
- sending a drone swarm to the construction site building supporting points for future station construction in space using lunar resources
- building experimental in-space structures sending specialists to the construction site of the orbital city assembling a station rig
- establishing a space-based iron and steel plant
CONSTRUCTION STAGE: 20 YEARS
- project revision to take into consideration the latest technologies
- modernization of the lunar industrial base
- construction of a space power plant and putting it into operation
- building a torus segments on the rig, assembling a whole structure
- assembling a dry-dock
- assembling hubs and other modules of the orbital city
COLONIZATION STAGE: 5 YEARS
- finishing station interior
- adding of utilities and communications
- building of a biosphere
- arrival of the city residents
2035 - COSMOS CITY IN SPACE GRAND OPENING