Содержание
- 2. Space Cargoes Delivery Problems Prices to deliver cargo into space are high. The cost of satellite
- 3. Space Cargoes Delivery Problems To reduce prices it is essential for the planet protection from various
- 4. Market Prospects Launching services market is growing. In 2013 the make size reached $5.4 billon*. In
- 5. General Direction to Solve the Problem Attempts to solve the problem are aspirations to create reusable
- 6. Solution The ORBITRON Project solves the problem of reusable space vehicles creation.
- 7. Solution The prototype project is an US patent (US4775120 & US5199671), unimplemented because of the spacecraft
- 8. Solution The solution we propose reduces the mass of the American prototype to feasible.
- 9. Orbitron, Orbital Substance Collector (OSC) The developed space vehicle system consists of two parts: The first
- 10. Orbitron, Orbital Substance Collector (OSC) The developed spacecraft differs from the American prototype in the way
- 11. Orbitron, Orbital Substance Collector (OSC) Planet-Orbit basic model for the Earth. Planet-Orbit basic model for the
- 12. Orbitron, Orbital Substance Collector (OSC) Additional model Orbit-Orbit
- 13. Earth-Orbit System Basic model of the Earth-Orbit system: dV=8 000 m/sec. Starting mass of suborbital rocket:
- 14. Orbit-Orbit System Additional model of the Orbit-Orbit system: dV=2 000 m/sec. Orbital collector mass: 1 000
- 15. Non-Rocket Atmosphere-Orbit System Two-collector system on prograde and retrograde (reverse) orbits that exchange cargoes for periodic
- 16. Non-Rocket Atmosphere-Orbit System»
- 17. Moon-Orbit System Basic model of the Moon-Orbit system: dV=1 680 m/sec. Mechanical catapult mass: 200 kg.
- 18. Orbit-Moon System Mass-dimensions characteristics of American prototype and the new developed moon collector for high-speed substance
- 19. Orbit-Moon System Absorbed substance flow speed: dV=1680…3000 m/sec. Substance flow forms: Mylar bands coated with solid
- 20. Moon-Earth System Orbitron Moon and Earth joined systems use potential and kinetic energy stocks of the
- 21. Resources for Suborbital Subsystem and Orbital Collector Suborbital rockets, alternatively to space rockets, survive the first
- 22. Resources for Suborbital Subsystem and Orbital Collector Heat protection of rocket stages excluding its first stage
- 23. Resources for Suborbital Subsystem and Orbital Collector Analogue to the Bullet Catcher orbital collector. Bullet traps
- 24. Types of Cargoes The collector can receive cargoes of only raw material type that are not
- 25. Types of Cargoes In addition to fuel, such substances as aluminum, titanium, carbon, silicon and other
- 26. Orbitron Technology Business Opportunities The technology implementation allows its users to create: A chain of space
- 27. Patents Method and system for delivering cargoes into space. US 8882047 B2. Status: Grant of patent
- 28. Patents
- 29. Sales and Marketing
- 30. Sales and Marketing Estimated revenue for licensees and franchisees when trading the following goods (in USD
- 31. Market segments Launch Services market: $ 5 billion / year; Spacecraft and satellites production market, spacecraft
- 32. Market segments Photoelectric converters market: $ 100 billion / year; Including thin-film solar batteries: $25 billion
- 33. Market segments Raw material supply market for satellite solar power station construction in the framework of
- 34. Market segments Material delivery market to construct and maintain Lunar Base in the framework of the
- 35. Competitors Shackleton Energy Company, USA, working on water-production technologies on the Moon to produce oxygen and
- 36. Potential Partners Planetary Resources Deep Space Industries SpaceX Bigelow Aerospace Boeing Company EADS Astrium MDA Mitsubishi
- 37. Potential Partners Institute of Semiconductor Physics of Siberian Department of Russian Academy of Sciences and Russian
- 38. Team Ideal of the Project: Alexander Mayboroda Project Manager: Vladimir Megel Leading Specialists: D.K. Dragun, V.M.
- 39. Team
- 40. R&D First Stage Investment Stages of the working process: Conceptual Design Studies; Computer Simulation of the
- 41. Summary and Contacts The developed system ensures radical cost decrease for space cargoes delivery. Cost efficiency
- 43. Appendix
- 44. Appendix
- 45. Appendix
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