The article describes the concept of one of the options for building transport infrastructure to ensure the development of the planet Mars at the construction stage and the start of operation of a permanent base based on an effective combination of existing and new design solutions. One of its main elements should be the inhabited base on Phobos, since it allows for efficient telecontrol of robotics on the surface of Mars and at the same time requires several times less cost for its maintenance than similar objects on the surface of Mars. The second key element of the system should be a special interplanetary inhabited station, providing safe and relatively fast flights of people between the Earth and Mars due to the fact that its main well-protected part will have to fly past Earth and Mars without deceleration. Moreover, only the correction of its trajectory should be carried out so that the station as often as possible alternately visited the vicinity of the Earth and Mars. The proposed option for the construction of transport infrastructure was considered during the implementation of a collective scientific and technical project by the participants of the International Youth Scientific School "Space Development: Theory and Practice - 2019", which showed the feasibility of the basic elements of this infrastructure.
REFERENCES
1.
S.
Pelle
, E.
Gargioli
, M.
Berga
, J.
Pisacreta
, N.
Viola
, A. Dalla
Sega
, and M.
Pagone
, Earth-Mars cyclers for a sustainable human exploration of Mars Acta Astronautica
154
, 286
–294
(2019
). .2.
P.M.
Bechasnov
, G.Y.
Stanishevskiy
, V.A.
Pavlyuchenko
, P.P.
Kotlovskikh
, N.D.
Lazarev
, and D.A.
Glushak
, "Preliminary estimation of a possibility to create a self-supporting colony in natural cavities of Mars
," AIP Conference Proceedings
, 2019
.- Vol. 2171
.- Art.no 160002. doi: .3.
S.
Biktimirov
, A.M.
Rliede
, and A.
Ivanov
, "Near-earth asteroids mining as interplanetary economy supply: Designing an autonomous Mars colony
," in 70th International Astronautical Congress, IAC 2019, Washington D.C., 2019, Proceedings of the International Astronautical Congress, IAC 2019-October
(International Astronautical Federation
, Paris
, 2019
), no. IAC-19_A5_2_12_x52862.4.
J.-M.
Salotti
, "Parametric equation for the settlement of Mars
," in 70th International Astronautical Congress, IAC 2019, Washington D.C., 2019, Proceedings of the International Astronautical Congress, IAC 2019-October
(International Astronautical Federation
, Paris
, 2019
), no. IAC-19_A5_2_7_x49674.5.
D.
Conte
, M.
Di Carlo
, D.
Budzyń
, H.
Burgoyne
, D.
Fries
, M.
Grulich
, S.
Heizmann
, H.
Jethani
, M.
Lapôtre
, T.
Roos
, E.S.
Castillo
, M.
Schermann
, R.
Vieceli
, L.
Wilson
, and C.
Wynard
, Acta Astronautica
139
, 545
–563
(2017
).6.
M.
Zamaro
and J.D.
Biggs
, Acta Astronautica
119
, 160
–182
(2016
).7.
D.R.
Adamo
and J.S.
Logan
, Acta Astronautica
128
, 160
–179
(2016
).8.
M.R.
Patel
, V.K.
Pearson
, D.J.
Evans
, D.J.
Summers
, S.
Paton
, P.
Truscott
, T.
Pottage
, A.
Bennett
, J.P.D.
Gow
, M.D.
Goodyear
, J.P.
Mason
, M.R.
Leese
, and R.D.
Patel
, Life Sciences in Space Research
23
, 112
–134
(2019
).9.
S.
Campagnola
, C.H.
Yam
, Y.
Tsuda
, O.
Naoko
, and Y.
Kawakatsu
, Acta Astronautica
146
, 409
–417
(2018
).10.
A.N.
Deutsch
, J.W.
Head
, K.R.
Ramsley
, C.M.
Pieters
, R.W.K.
Potter
, A.M.
Palumbo
, M.S.
Bramble
, J.P.
Cassanelli
, E.R.
Jawin
, L.M.
Jozwiak
, H.H.
Kaplan
, C.F.
Lynch
, A.C.
Pascuzzo
, L.
Qiao
, and D.K.
Weiss
, Advances in Space Research
62
(8
), 2174
–2186
(2018
).11.
J.
Oberst
, K.
Wickhusen
, K.
Willner
, K.
Gwinner
, S.
Spiridonova
, R.
Kahle
, A.
Coates
, A.
Herique
, D.
Plettemeier
, M.
Diaz-Michelena
, A.
Zakharov
, Y.
Futaana
, M.
Pätzold
, P.
Rosenblatt
, D.J.
Lawrence
, V.
Lainey
, A.
Gibbings
, and I.
Gerth
, Advances in Space Research
62
(8
), 2220
–2238
(2018
).12.
The Main Provisions of the Russian Federation's state Policy in the Field of Space Sctivities for the Period up to 2030 and Beyond, Approved by the President of the Ruosian Federation on April 19, 2013, No. PR-906 [Osnovnye polozheniya osnov gosudarstvennoj politiki Rossijskoj Federacii v oblasti kosmicheskoj deyatel'nosti na period do 2030 goda i dal'nejshuyu perspektivu, utverzhdennye Prezidentom Rossijskoj Federacii ot 19 aprelya 2013 g. 2 Pr-906]
(2013
), available at http://www.roscosmos.ru/media/files/docs/3/osnovi_do_2030.doc.13.
Koryanov
V. V.
, Kazakovtsev
V. P.
Application of special mechanical devices to adapt the descent from the conditions of mars to the conditions of the Earth International Journal of Mechanical Engineering and Robotics Research
, 2017
.- Vol. 6
, Issue 6
.- C. 458
– 462
. DOI: .14.
Tovarnyh
G. N.
, Vasileva
N. M.
Propellant savings from using a tether system for Mars flight AIP Conference Proceedings
, 2019
.- Vol. 2171
.- Art.no 060003. DOI: .15.
Andrew
Schorr
, Kimberly F.
Robinson
and Beverly A.
Perry
Payload Accommodations in NASA's Space Launch System
, Block 1 and Beyond 2018 AIAA SPACE and Astronautics Forum and Exposition 17-19 September
2018
Orlando, FL
. doi: (дaTa oбpaЩeHиЯ 14.01.2020).16.
Seedhouse
E.
(2013
) Falcon 9 and Falcon Heavy: Life after the Space Shuttle. In: SpaceX. Other Springer-Praxis books of related interest by Erik Seedhoose
. Praxis
, New York, NY
. doi:.17.
Qin
Tong
, Rong
Yi
, Qin
Xudong
, Zhang
Zhi
The Development Characteristics and Trends of Heavy Launch Vehicles
. Aerospace China
, 2018
, 19
(4
), pp. 29
–37
.18.
Daniluk
, A.Y.
, Klyushnikov
, V.Yu.
, Kuznetsov
, I.I.
, Osadchenko
, A.S.
The past, present, and future of super-heavy launch vehicles for research and exploration of the Moon and Mars
. Solar System Research
, 2015
, 49
, pp. 490
–499
. doi:19.
Daniluk
, A.Y.
, Klyushnikov
, V.Yu.
, Kuznetsov
, I.I.
, Osadchenko
, A.S.
Problems of design and development of advanced superheavy launch vehicles
. Solar System Research
, 2016
, 50
, pp. 515
–522
. doi:20.
Zolin
A.V.
, Udovik
I.S.
Dynamic analysis of non-linear processes in super heavy-lift launch vehicle erector and polyspast lifting system
AIP Conference Proceedings
, 2019
. - Vol. 2171
. - Art.no 120010. doi: .21.
Bannova
O.
, Mayorova
V.
. International Exchange Intern Programs as a Foundation for Future Space Exploration Cooperation (IAC-13-E5.3.11
). 64th International Astronautical Congress (IAC
), Beijing, China
, 23
–27
September 2013
.22.
O.
Bannova
O., Mayorova
V.
. Building trans-national and multidisciplinary academic curricula through adaptation of a project-based approach
. AIP Conference Proceedings 2171, 140002
(2019
); Published Online: 15 November 2019. doi:23.
Mayorova
V.
, Bannova
O.
, Kristiansen
T-H.
, Igritsky
V.
Importance of joint efforts for balanced process of designing and education - Reference: AA5358
. Journal title: Acta Astronautica.
2015
. No. 111
.;24.
L. S.
Tochilov
, O. L.
Tochilova
and V. I.
Mayorova
System analysis of the business process ofattracting, selecting and involving into the teamwork of young specialists in the space industry
. AIP Conference Proceedings
2171
, 140004
(2019
);. Published Online: 15 November 2019. doi:25.
Igritsky
V.
, Mayorova
V.
. Prospects for the creation of the thermal aerostatic balloon probe for the long-term study of the Neptune atmosphere
. AIP Conference Proceedings
2171
, 140007
(2019
); Published Online: 15 November 2019. doi:
This content is only available via PDF.
© 2021 Author(s).
2021
Author(s)
You do not currently have access to this content.
