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Alexander Mayboroda
AVANTA Consulting
ORIONTWO PROJECT:
EXTRA-TERRESTRIAL RESOURCES
EXPLOITATION TO ESCAPE THE
EARTH GRAVITY WELL
Moscow Space Club
April 9, 2015
Aerospace Technology Crisis
• In 1964 Serguey Korolev promised: “Soon
regular people will regularly fly into space for
their holidays”.
• In 2015 only billionaires can afford space
flights.
• As for the price of cargo delivery, it is still high:
from $ 10 000 / kg to $ 50 000 / kg depending
on the orbit.
• Such high prices deter space industrialization
and commercialization.
• When cargo delivery prices fall to $ 3 000 / kg,
semiconductors production on the orbit will
surpass $ 100 billion / year.
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mayboro@gmail.com
Aerospace Technology Crisis
• Rockets have led the way into space: the first satellite, the
first flight of Yuri Gagarin, Lunokhods-moon rovers and
astronauts’ landing on the Moon, the Venus and the Mars
exploration, comets and far-away planets research, etc.
• But rockets on chemical fuel have limited capacity. It is
necessary to find a replacement for them.
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Orion Project is a Way to Solve the Problem
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mayboro@gmail.com
Cargo delivery price to the orbit is around $150 / kg.
Orion Project is a Way to Solve the Problem
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Cargo delivery price to the orbit is around $150 / kg.
Orion Project is a Way to Solve the Problem
• Originally Orion was a manned
nuclear-impulse spacecraft
developed in the USA in 1950s-
1960s.
• Orion spacecraft engine works on
the energy of nuclear reactions.
• Economic featured of Orion project
were so good that the Moon, the
Mars and the Jupiter could have
been colonized during the previous
century.
• But ecological features of the
system were terrifying and have led
to the project’s shut-down.
www.mayboroda.com 6mayboro@gmail.com
The project OrionTwo - is the
solution of Orion`s problems
• In Orion project the spacecraft is driven by
shock waves of nuclear explosions.
• In the OrionTwo project substance flows are
used instead of nuclear explosions at the low-
earth orbit with the speed of the flow exceeding
first cosmic velocity.
• The substance flows are created by spacecraft
from materials of asteroids, the Moon, the earth
atmosphere and other planets.
• Energy consumption to create such propellant
substance flows is tens and hundreds times
less than the energy they acquire in the end of
their fall into the earth gravity well and
consequently the energy they give to the
accelerating space vehicles is tens and
hundreds times more than the energy
consumed.
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Substance flow direction
V = 7900 … 12000 m/s
Propellant Flow Types for OrionTwo System
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Suborbital reusable rockets vertically lift capsules with cargoes and
passengers into the propellant flows.
The capsules have «sails», the latter being ablative
shields, that accelerate the capsules to the first
cosmic velocity under the influence of propellant
particles impact effect with the pressure of 5-50 Bar.
Propellant Flow Sources for OrionTwo
System
• The basic source of propellant flow is orbital substance
collector that captures substances from atmosphere like
PROFAC and PHARO systems or from gaseous and
aerosol media on its way like ORBITRON system.
• In future, apart from Earth substance collectors, the Mars
and the Venus gas collectors will be used as well. The
collectors will be delivered to the Earth by interplanetary
transportation vehicles and then the gases will be used to
produce propellant flows.
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The direction of flow. The capsule.
Propellant Flow Sources for OrionTwo
System
• Another source of propellant is automatic
transportation-production complexes on the Moon
or asteroids close-by that use regolith components
including water resources.
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The direction of flow. The capsule.
Propellant Flow Sources for OrionTwo
System
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Propellant Flow Sources for OrionTwo
System
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Propellant Flow Sources for OrionTwo
System
• Before the Moon resources are utilized, propellant can be produced from
Easily Retrievable Object Asteroid Group. The group is easy to reach,
and cargo spacecraft require speed of less than 500 m/sec to return to
the Earth.
Flying to them easier than to the Moon.
• Later, resources of the Phobos , the Deimos and Trojan asteroids of the
Mars and the Jupiter can be utilized since their orbits are located in the
ecliptic plane.
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Propellant Flow Sources for OrionTwo
System
• The Moon regolith utilization to create propellant flows at the bottom of the Earth
gravity well at the altitude of 120-200 km produces 20 times more kinetic energy
than the energy needed to lift the regolith from the Moon gravity well.
• Regolith from the asteroids moving towards the Earth utilization allows hundred
times more efficient energy production over energy consumption.
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Kinetic Engine as a Machine to Utilize
Potential Energy of Celestial Bodies
Legend:
• 1 – engine hull;
• 2 – chamber bottom with ablative and auxiliary
substances;
• 3 – engine chamber;
• 4 – cooling system;
• 5 – engine’s nozzle;
• 6 – incoming high-speed track (ribbon or tube) made of
moon or asteroid substances, for example.
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Kinetic Engine as a Machine to Utilize
Potential Energy of Celestial Bodies
• Track (6) enters chamber (3) of kinetic engine located in the rear part
of the vehicle. It endures impact deceleration in gaseous media of the
chamber (2), the latter being covered with ablative covering and
supplied with auxiliary buffer substances.
• The impact leads to the track substance evaporation and the formed
gas emission towards the rear end of the chamber through the conical
nozzle (5) of the engine.
• As a result, we get a reactive stream accelerating the vehicle.
• In the terminology of theoretical physics, elastic collision is used here.
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Experimental Basis for OrionTwo System
• Spacecraft launch by low-
density flow from space is an
almost complete analogue to
atmospheric deceleration of
the spacecraft.
• Sails or ablative shields
stability of the spacecraft is
tested by Orion Project on the
models driven by :
- chemical explosions;
- thermonuclear explosions.
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Experimental Basis for OrionTwo System
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Experimental Basis for OrionTwo System
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Suborbital reusable rockets and rocket-planes are
off-the-shelf parts for OrionTwo System
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Lynx Space Transportation System.
Mission life of 5 000 launches. Launching frequency of every four hours.
Videos of OrionTwo Conceptual Working Schemes
• Lunar material for OrionTwo (2 min 22 sec)
https://youtu.be/GtymC1ZysrU
• OrionTwo - Орион II (1 min 11 sec)
https://youtu.be/zcOhK5Yo4eM
• OrionTwo Stream (1 min 15 sec)
https://youtu.be/wEJCYrpXKX0
• Astrojet Project (8 min 50 sec)
https://youtu.be/PLR-SUHp04w
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Patents
• Method and system of jet engine feeding. Patents of Russia
RU2385275, Ukraine 100625, Belarus ЕАPО 018524.
• Method of energy supply to space apparatuses–collectors. Patent of
Russia RU2451631.
• Energy supply method for spacecraft-accumulators. Patent Application
US 2013/0233974 A1.
• Method and system for feeding jet engines. Patent application
US2014/0326832 A1.
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Patents
• Method and system for feeding
jet engines US patent application
is pending.
• Detailed action on the claims that
are currently pending and under
consideration is received from the
US Patent and Trademark Office
in April 2015 .
• Micro investment is required to
pay for patent counsel work on
the answer to the US Patent and
Trademark Office.
www.mayboroda.com 23mayboro@gmail.com
Patents
• Method and system for delivering cargoes into space. US 8882047 B2.
Status: Grant of patent is intended
• Method for delivering cargoes into space and a system for implementation of same.
EP2390188
Status: Grant of patent is intended (Great Britain, Germany, France).
• Способ доставки грузов в космос и система его осуществления. Патент России
RU2398717
• Способ доставки грузов в космос и система его осуществления. Патент ЕАПО 017577
• Спосіб доставки вантажів в космос і система його здійснення. Патент Украины 99230
• Способ энергообеспечения космических аппаратов-накопителей. Патент России
RU2451631
• Energy supply method for spacecrafts-accumulators. Патентная заявка US 2013/0233974
A1
• Method and system for feeding jet engines. Патентная заявка US 2014/0326832 A1
www.mayboroda.com 24mayboro@gmail.com
Commercialization: OrionTwo Space
Transportation System Licenses To Sell
• During the first stage of the project commercialization, AVANTA
Consulting plans to:
- sell licenses in the countries where Orbitron® technology, the key
component to OrionTwo Project, is patented (the USA, the UK,
Germany, France, Russia, etc);
- sell franchises in other countries that have no patent covering
legislation;
• During the second stage of the project commercialization, AVANTA
Consulting plans to produce and sell:
- land-based components of the system;
- spare and wear parts, operating supplies and key elements of the
orbital part of the system to be installed on the customers’ units.
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Commercialization: OrionTwo Space
Transportation System (STS) and Space
Technology
• Cargo transportation for satellite solar power station construction:
- Within the Japanese Solarbird program of $ 24 billion per year;
- Within the similar Chinese program of $ 24 billion per year;
• Carbon energy sources replacement by space energy sources by the
end of the 21st century.
www.mayboroda.com 26mayboro@gmail.com
Commercialization: OrionTwo Space
Transportation System (STS) and Space
Technology
• Photoelectric converters market of $100 billion
per year;
• Including thin-film solar batteries production
market of $ 25 billion per year.
www.mayboroda.com 27mayboro@gmail.com
Commercialization: OrionTwo STS and
Space Tourism
www.mayboroda.com 28mayboro@gmail.com
Commercialization: OrionTwo STS and
Space Tourism
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Required Investment
• Project stages:
- Front-end detail design definition;
- Computer modelling;
- Kinetic engine spacecraft demo model production, tests and retrofit;
- Micro-satellite version of the spacecraft production for space trials, its
retrofit.
• Required Funds:
- $ 1 000 000 including $ 500 000 from a private investor in addition
to $ 500 000 from Skolkovo Investment Fund for the period of two years.
- The investor receives the start-up’s equity capital share of 25%.
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Potential Partners
• Planetary Resources
• Deep Space Industries
• Virgin Galactic
• SpaceX
• Bigelow Aerospace
• Boeing Company
• EADS Astrium
• Mitsubishi Corp.
• Shimizu Corp.
• TSNIIMASH (Central Scientific Research Institute of Machine Building)TSNIIMASH (Central Scientific Research Institute of Machine Building)
• Space Research Institute of the Academy of SciencesSpace Research Institute of the Academy of Sciences
• United Institute of High Temperatures: Mathematic models for shock andUnited Institute of High Temperatures: Mathematic models for shock and
impact processesimpact processes
• Institute of Semiconductor Physics of Siberian Department of RussianInstitute of Semiconductor Physics of Siberian Department of Russian
Academy of Sciences and Russian Space Agency: ОКА-Т technologicalAcademy of Sciences and Russian Space Agency: ОКА-Т technological
modulemodule
• Moscow State Technical University named after N.E. BaumanMoscow State Technical University named after N.E. Bauman
• State Space Research and Production Center named after M. Khrunichev:State Space Research and Production Center named after M. Khrunichev:
MRKC-1 suborbital demonstratorMRKC-1 suborbital demonstrator
www.mayboroda.com
31
mayboro@gmail.com
Support Team
32
mayboro@gmail.comwww.mayboroda.com
Vladimir Migel
Alexander Mayboroda
Dmitry DragunDmitry Dragun
Vitaly MelnikovVitaly Melnikov
Oleg PchelyakovOleg Pchelyakov
Vadim FrolovVadim Frolov
Alexander Popov
Denis Anisimov
Yury Lebedev Victor Korovin
Summary
• The developed system guarantees radical price
reduction on space cargoes delivery.
• Cost saving provides additional profit in the sphere of
cargo and passenger trnsportation into space.
• The project team is looking for partners for the project’s
commercialization.
• AVANTA Consulting welcomes potential partners to
negotiate collaboration on commercialization of
OrionTwo Project.
www.mayboroda.com 33mayboro@gmail.com
Thank you for your attention
Contact information:
• Alexander Mayboroda
• AVANTA Consulting
• Address: 150 Bolshaya Sadovaya St.,
office 909, Rostov-on-Don, 344000, Russia.
• Tel.: +7 (863) 221 73 71, +7 (863) 263 32 94
• E-mail: mayboro@gmail.com
• Web-site: www.mayboroda.com
www.mayboroda.com 34mayboro@gmail.com

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ORIONTWO PROJECT: EXTRA-TERRESTRIAL RESOURCES EXPLOITATION TO ESCAPE THE EARTH GRAVITY WELL

  • 1. Alexander Mayboroda AVANTA Consulting ORIONTWO PROJECT: EXTRA-TERRESTRIAL RESOURCES EXPLOITATION TO ESCAPE THE EARTH GRAVITY WELL Moscow Space Club April 9, 2015
  • 2. Aerospace Technology Crisis • In 1964 Serguey Korolev promised: “Soon regular people will regularly fly into space for their holidays”. • In 2015 only billionaires can afford space flights. • As for the price of cargo delivery, it is still high: from $ 10 000 / kg to $ 50 000 / kg depending on the orbit. • Such high prices deter space industrialization and commercialization. • When cargo delivery prices fall to $ 3 000 / kg, semiconductors production on the orbit will surpass $ 100 billion / year. www.mayboroda.com 2 mayboro@gmail.com
  • 3. Aerospace Technology Crisis • Rockets have led the way into space: the first satellite, the first flight of Yuri Gagarin, Lunokhods-moon rovers and astronauts’ landing on the Moon, the Venus and the Mars exploration, comets and far-away planets research, etc. • But rockets on chemical fuel have limited capacity. It is necessary to find a replacement for them. www.mayboroda.com 3mayboro@gmail.com
  • 4. Orion Project is a Way to Solve the Problem www.mayboroda.com 4 mayboro@gmail.com Cargo delivery price to the orbit is around $150 / kg.
  • 5. Orion Project is a Way to Solve the Problem www.mayboroda.com 5mayboro@gmail.com Cargo delivery price to the orbit is around $150 / kg.
  • 6. Orion Project is a Way to Solve the Problem • Originally Orion was a manned nuclear-impulse spacecraft developed in the USA in 1950s- 1960s. • Orion spacecraft engine works on the energy of nuclear reactions. • Economic featured of Orion project were so good that the Moon, the Mars and the Jupiter could have been colonized during the previous century. • But ecological features of the system were terrifying and have led to the project’s shut-down. www.mayboroda.com 6mayboro@gmail.com
  • 7. The project OrionTwo - is the solution of Orion`s problems • In Orion project the spacecraft is driven by shock waves of nuclear explosions. • In the OrionTwo project substance flows are used instead of nuclear explosions at the low- earth orbit with the speed of the flow exceeding first cosmic velocity. • The substance flows are created by spacecraft from materials of asteroids, the Moon, the earth atmosphere and other planets. • Energy consumption to create such propellant substance flows is tens and hundreds times less than the energy they acquire in the end of their fall into the earth gravity well and consequently the energy they give to the accelerating space vehicles is tens and hundreds times more than the energy consumed. www.mayboroda.com 7mayboro@gmail.com Substance flow direction V = 7900 … 12000 m/s
  • 8. Propellant Flow Types for OrionTwo System www.mayboroda.com 8mayboro@gmail.com Suborbital reusable rockets vertically lift capsules with cargoes and passengers into the propellant flows. The capsules have «sails», the latter being ablative shields, that accelerate the capsules to the first cosmic velocity under the influence of propellant particles impact effect with the pressure of 5-50 Bar.
  • 9. Propellant Flow Sources for OrionTwo System • The basic source of propellant flow is orbital substance collector that captures substances from atmosphere like PROFAC and PHARO systems or from gaseous and aerosol media on its way like ORBITRON system. • In future, apart from Earth substance collectors, the Mars and the Venus gas collectors will be used as well. The collectors will be delivered to the Earth by interplanetary transportation vehicles and then the gases will be used to produce propellant flows. www.mayboroda.com 9mayboro@gmail.com The direction of flow. The capsule.
  • 10. Propellant Flow Sources for OrionTwo System • Another source of propellant is automatic transportation-production complexes on the Moon or asteroids close-by that use regolith components including water resources. www.mayboroda.com 10mayboro@gmail.com The direction of flow. The capsule.
  • 11. Propellant Flow Sources for OrionTwo System www.mayboroda.com 11mayboro@gmail.com
  • 12. Propellant Flow Sources for OrionTwo System www.mayboroda.com 12mayboro@gmail.com
  • 13. Propellant Flow Sources for OrionTwo System • Before the Moon resources are utilized, propellant can be produced from Easily Retrievable Object Asteroid Group. The group is easy to reach, and cargo spacecraft require speed of less than 500 m/sec to return to the Earth. Flying to them easier than to the Moon. • Later, resources of the Phobos , the Deimos and Trojan asteroids of the Mars and the Jupiter can be utilized since their orbits are located in the ecliptic plane. www.mayboroda.com 13mayboro@gmail.com
  • 14. Propellant Flow Sources for OrionTwo System • The Moon regolith utilization to create propellant flows at the bottom of the Earth gravity well at the altitude of 120-200 km produces 20 times more kinetic energy than the energy needed to lift the regolith from the Moon gravity well. • Regolith from the asteroids moving towards the Earth utilization allows hundred times more efficient energy production over energy consumption. www.mayboroda.com 14mayboro@gmail.com
  • 15. Kinetic Engine as a Machine to Utilize Potential Energy of Celestial Bodies Legend: • 1 – engine hull; • 2 – chamber bottom with ablative and auxiliary substances; • 3 – engine chamber; • 4 – cooling system; • 5 – engine’s nozzle; • 6 – incoming high-speed track (ribbon or tube) made of moon or asteroid substances, for example. www.mayboroda.com 15mayboro@gmail.com
  • 16. Kinetic Engine as a Machine to Utilize Potential Energy of Celestial Bodies • Track (6) enters chamber (3) of kinetic engine located in the rear part of the vehicle. It endures impact deceleration in gaseous media of the chamber (2), the latter being covered with ablative covering and supplied with auxiliary buffer substances. • The impact leads to the track substance evaporation and the formed gas emission towards the rear end of the chamber through the conical nozzle (5) of the engine. • As a result, we get a reactive stream accelerating the vehicle. • In the terminology of theoretical physics, elastic collision is used here. www.mayboroda.com 16mayboro@gmail.com
  • 17. Experimental Basis for OrionTwo System • Spacecraft launch by low- density flow from space is an almost complete analogue to atmospheric deceleration of the spacecraft. • Sails or ablative shields stability of the spacecraft is tested by Orion Project on the models driven by : - chemical explosions; - thermonuclear explosions. www.mayboroda.com 17mayboro@gmail.com
  • 18. Experimental Basis for OrionTwo System www.mayboroda.com 18mayboro@gmail.com
  • 19. Experimental Basis for OrionTwo System www.mayboroda.com 19mayboro@gmail.com
  • 20. Suborbital reusable rockets and rocket-planes are off-the-shelf parts for OrionTwo System www.mayboroda.com 20mayboro@gmail.com Lynx Space Transportation System. Mission life of 5 000 launches. Launching frequency of every four hours.
  • 21. Videos of OrionTwo Conceptual Working Schemes • Lunar material for OrionTwo (2 min 22 sec) https://youtu.be/GtymC1ZysrU • OrionTwo - Орион II (1 min 11 sec) https://youtu.be/zcOhK5Yo4eM • OrionTwo Stream (1 min 15 sec) https://youtu.be/wEJCYrpXKX0 • Astrojet Project (8 min 50 sec) https://youtu.be/PLR-SUHp04w www.mayboroda.com 21mayboro@gmail.com
  • 22. Patents • Method and system of jet engine feeding. Patents of Russia RU2385275, Ukraine 100625, Belarus ЕАPО 018524. • Method of energy supply to space apparatuses–collectors. Patent of Russia RU2451631. • Energy supply method for spacecraft-accumulators. Patent Application US 2013/0233974 A1. • Method and system for feeding jet engines. Patent application US2014/0326832 A1. www.mayboroda.com 22mayboro@gmail.com
  • 23. Patents • Method and system for feeding jet engines US patent application is pending. • Detailed action on the claims that are currently pending and under consideration is received from the US Patent and Trademark Office in April 2015 . • Micro investment is required to pay for patent counsel work on the answer to the US Patent and Trademark Office. www.mayboroda.com 23mayboro@gmail.com
  • 24. Patents • Method and system for delivering cargoes into space. US 8882047 B2. Status: Grant of patent is intended • Method for delivering cargoes into space and a system for implementation of same. EP2390188 Status: Grant of patent is intended (Great Britain, Germany, France). • Способ доставки грузов в космос и система его осуществления. Патент России RU2398717 • Способ доставки грузов в космос и система его осуществления. Патент ЕАПО 017577 • Спосіб доставки вантажів в космос і система його здійснення. Патент Украины 99230 • Способ энергообеспечения космических аппаратов-накопителей. Патент России RU2451631 • Energy supply method for spacecrafts-accumulators. Патентная заявка US 2013/0233974 A1 • Method and system for feeding jet engines. Патентная заявка US 2014/0326832 A1 www.mayboroda.com 24mayboro@gmail.com
  • 25. Commercialization: OrionTwo Space Transportation System Licenses To Sell • During the first stage of the project commercialization, AVANTA Consulting plans to: - sell licenses in the countries where Orbitron® technology, the key component to OrionTwo Project, is patented (the USA, the UK, Germany, France, Russia, etc); - sell franchises in other countries that have no patent covering legislation; • During the second stage of the project commercialization, AVANTA Consulting plans to produce and sell: - land-based components of the system; - spare and wear parts, operating supplies and key elements of the orbital part of the system to be installed on the customers’ units. www.mayboroda.com 25mayboro@gmail.com
  • 26. Commercialization: OrionTwo Space Transportation System (STS) and Space Technology • Cargo transportation for satellite solar power station construction: - Within the Japanese Solarbird program of $ 24 billion per year; - Within the similar Chinese program of $ 24 billion per year; • Carbon energy sources replacement by space energy sources by the end of the 21st century. www.mayboroda.com 26mayboro@gmail.com
  • 27. Commercialization: OrionTwo Space Transportation System (STS) and Space Technology • Photoelectric converters market of $100 billion per year; • Including thin-film solar batteries production market of $ 25 billion per year. www.mayboroda.com 27mayboro@gmail.com
  • 28. Commercialization: OrionTwo STS and Space Tourism www.mayboroda.com 28mayboro@gmail.com
  • 29. Commercialization: OrionTwo STS and Space Tourism www.mayboroda.com 29mayboro@gmail.com
  • 30. Required Investment • Project stages: - Front-end detail design definition; - Computer modelling; - Kinetic engine spacecraft demo model production, tests and retrofit; - Micro-satellite version of the spacecraft production for space trials, its retrofit. • Required Funds: - $ 1 000 000 including $ 500 000 from a private investor in addition to $ 500 000 from Skolkovo Investment Fund for the period of two years. - The investor receives the start-up’s equity capital share of 25%. www.mayboroda.com 30mayboro@gmail.com
  • 31. Potential Partners • Planetary Resources • Deep Space Industries • Virgin Galactic • SpaceX • Bigelow Aerospace • Boeing Company • EADS Astrium • Mitsubishi Corp. • Shimizu Corp. • TSNIIMASH (Central Scientific Research Institute of Machine Building)TSNIIMASH (Central Scientific Research Institute of Machine Building) • Space Research Institute of the Academy of SciencesSpace Research Institute of the Academy of Sciences • United Institute of High Temperatures: Mathematic models for shock andUnited Institute of High Temperatures: Mathematic models for shock and impact processesimpact processes • Institute of Semiconductor Physics of Siberian Department of RussianInstitute of Semiconductor Physics of Siberian Department of Russian Academy of Sciences and Russian Space Agency: ОКА-Т technologicalAcademy of Sciences and Russian Space Agency: ОКА-Т technological modulemodule • Moscow State Technical University named after N.E. BaumanMoscow State Technical University named after N.E. Bauman • State Space Research and Production Center named after M. Khrunichev:State Space Research and Production Center named after M. Khrunichev: MRKC-1 suborbital demonstratorMRKC-1 suborbital demonstrator www.mayboroda.com 31 mayboro@gmail.com
  • 32. Support Team 32 mayboro@gmail.comwww.mayboroda.com Vladimir Migel Alexander Mayboroda Dmitry DragunDmitry Dragun Vitaly MelnikovVitaly Melnikov Oleg PchelyakovOleg Pchelyakov Vadim FrolovVadim Frolov Alexander Popov Denis Anisimov Yury Lebedev Victor Korovin
  • 33. Summary • The developed system guarantees radical price reduction on space cargoes delivery. • Cost saving provides additional profit in the sphere of cargo and passenger trnsportation into space. • The project team is looking for partners for the project’s commercialization. • AVANTA Consulting welcomes potential partners to negotiate collaboration on commercialization of OrionTwo Project. www.mayboroda.com 33mayboro@gmail.com
  • 34. Thank you for your attention Contact information: • Alexander Mayboroda • AVANTA Consulting • Address: 150 Bolshaya Sadovaya St., office 909, Rostov-on-Don, 344000, Russia. • Tel.: +7 (863) 221 73 71, +7 (863) 263 32 94 • E-mail: mayboro@gmail.com • Web-site: www.mayboroda.com www.mayboroda.com 34mayboro@gmail.com