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Design of Lunar Vehicle
Grygerek, Jan ; Jelenčík, Branislav (referee) ; Křenek, Ladislav (advisor)
The thesis deals with the conceptual design of a lunar vehicle for a crew of 2 to 4 people with the possibility of long-term stay during lunar surface exploration missions. The main objective was to design a vehicle that would respect the ergonomic needs of the user in a hypogravity environment both indoors and in a vacuum environment in a protective suit (spacesuit), while respecting the environment in which it is found by its design. The result of the work is a vehicle containing solutions mainly to the issues of entering and exiting the vehicle, ascending to the surface in a spacesuit, placement of elements in the interior, shaping of the cabin according to the needs of the driver and placement of equipment outside the vehicle. Ergonomic requirements and user comfort have been prioritised over the economic side of things, which is contrary to most of the existing solutions for a scientist's workspace in a space environment.
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L-DEPP Definition Study for Lunar Lander FINAL REPORT "
Trávníček, Pavel M. ; Štverák, Štěpán ; Hellinger, Petr ; Herčík, David ; Laifr, Jaroslav ; Pavelka, Roman ; Váňa, P. ; Břínek, J. ; Kozáček, Z. ; Rucker, H. ; Sampl, M. ; Auster, U. ; Glassmeier, K. - H. ; Kataria, D. ; Owen, C. J. ; Farrell, W.M. ; MacDowall, R. J. ; Sternovsky, Z. ; Horanyi, M. ; Delory, G.T. ; Turin, P.
A complete set of scientific instrumentation for the L-DEPP dust, plasma and waves package for the ESA Lunar Lander mission has been proposed and fully assessed with respect to the system and scientific requirements derived by ESA and the L-DEPP project team. The preliminary design from the system level down to the individual sensors is presented.
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