Dokumentation VisionVersum/Solar Systems and Objects in VisionVersum

Center				Credits	Comment	Missions
GALAXY
	USS Excelsior			Chris Kuhn	Star Trek
	USS Cerritos			Paulygons	Star Trek
	USS Defiant			Castorsix, Snakearts	Star Trek
	Deep Space 9			Chris Kuhn	Star Trek
	USS Enterprise-D			Metlesits David Laszlo	Star Trek
	USS Rhode Island			Marc Bell	Star Trek
	Spacedock 2010			Raul Mamoru	Star Trek
	Klingon Attack Ship			A. Ehlers	Star Trek
	Klingon D7			Eric Peterson	Star Trek
	B'Rel Klasse			William Burningham	Star Trek
	Borg Cube			Star Trek Adversaries Assets	Star Trek
	NCC 1017X			Celestia Motherlode	Star Trek
	SpaceBalls RV			DownloadFree3D	Spaceballs
	Eagle 1			3DWarehouse	Mondbasis Alpha 1
	Ceylon Basestar			MoffKalast	Battlestar Galactica
	Zenith Station			Chris Kuhn
	Starfury SA-23			Hangar.b.Prod	Babylon 5
	Death Star			DownloadFree3D	Star Wars
	Tie Fighter			DownloadFree3D	Star Wars
	Tie Fighter FO			DownloadFree3D	Star Wars
	International Space Station			IGOAL, NASA JSC
	Science Probe			unknown
Center				Credits	Comment	Missions
SONNE					Sun, Spectral Class G ASTRONOMISCHE ANALYSE supported
	ParkerSolarProbe Parker Solar Probe			NASA	The Parker Solar Probe is a NASA mission launched in 2018 with the goal of studying the Sun's outer corona at closer distances than any prior spacecraft, advancing our understanding of solar physics and space weather.
	Klingon D7 Klingon D7			Eric Peterson	The Klingon D7 is a famous starship class from Star Trek, known as a battle cruiser of the Klingon Imperial Fleet and one of the most iconic warships in the franchise. In some storylines, the Romulan Empire also used D7-class ships, reflecting inter-factional technology exchange within the Star Trek universe.
	Klingon Attack Ship Klingon Attack Ship			A. Ehlers	The term Star Trek Klingon Attack Ship most commonly refers to various starship classes used by the Klingon Empire throughout the Star Trek franchise, notably the Vor'cha-class attack cruiser—the flagship combat vessel during the era of The Next Generation and Deep Space Nine—as well as smaller fighter-type ships like the Tajtiq class seen in Enterprise and gaming/media adaptations.
	Deep Space 9 Datei:Ds9.png Deep Space 9			Chris Kuhn	The station Deep Space Nine is originally built by the Cardassians during their occupation of Bajor, but is jointly run by the Federation and Bajor after liberation. Commander Benjamin Sisko, later Captain, leads a mixed crew of Starfleet officers and Bajorans. The discovery of a stable wormhole near Bajor—the home of the enigmatic Prophets—draws attention from powers across the galaxy, and Sisko becomes a religious figure to the Bajoran people.
		USS Defiant USS Defiant		Castorsix, Snakearts	The USS Defiant is a powerful Federation starship prominently featured in Star Trek: Deep Space Nine, designed specifically for combat and serving as the station's primary defense against the Dominion and other threats.
	Starfury SA-23 Starfury SA-23			Hangar.b.Prod	The Starfury SA-23 is a highly maneuverable, non-atmospheric space superiority fighter featured in "Babylon 5" and widely recognized as the standard interceptor used by the Earth Alliance during the 23rd century. The SA-23E "Aurora" Starfury is noted for its X-shaped hull with four engine nacelles, granting exceptional agility and control in zero gravity combat situations. Its unusual cockpit design places the pilot nearly upright, optimized for weightlessness, with controls responding to hand, foot, and voice input. Each Starfury is equipped with four plasma or pulse cannons mounted strategically for wide firing coverage, and certain variants include hardpoints for missile payloads.
	Merkur				Class B ASTRONOMISCHE ANALYSE supported
	Venus				Class N ASTRONOMISCHE ANALYSE supported
		Valdore Valdore (Romulan Warbird)		Chris Kuhn	The Valdore is a Romulan Warbird starship from the Star Trek universe, known for its sleek, intimidating design and advanced Romulan technology. It is most prominently featured in the film "Star Trek: Nemesis," where it plays a crucial role in the battle against the Reman warbird Scimitar alongside the USS Enterprise-E.
		USS Farragut USS Farragut (Nebula Class)		Marc Bell	The USS Farragut is a prominent starship name used for several vessels within the Star Trek universe across different series and timelines. NCC-60597: A Nebula-class starship from the late 24th century, appearing in the era of "The Next Generation" Ship drifting in orbit around Venus Virtually no energy reserves left Crew has abandoned ship
		Bird-of-Pray		Chris Kuhn	Star Trek
	Erde				Class M ASTRONOMISCHE ANALYSE supported PLANETENSONDE supported	„Lebensraum entdecken“ Maxiperium 2025
		USS Constitution		Lewis Niven	Star Trek
		Spitzer Telescope		NASA
		ISS		NASA
		GeoTailSAT		NASA
		Advanced Composition Explorer (ACE)		NASA	collects and analyzes particles of solar, interplanetary, interstellar and galactic origins. The data contributes to our understanding of the Sun, its interaction with Earth, and the evolution of the solar system.
		Earth Spacedock		Metlesits David Laszlo	Federation space station facility in Earth orbit, built sometime prior to the year 2285. The station was built with a vast interior, in which numerous starships could be berthed for service and repairs, and was part of the Sol system's Starbase 1 complex of facilities.
		Mond			Class D ASTRONOMISCHE ANALYSE supported
			USS NX-01 Datei:Nx-01.png NX-01	Metlesits David Laszlo	The Star Trek NX-01 is the fictional spaceship serving as the primary setting of the TV series "Star Trek: Enterprise." It is the first warp 5-capable starship of the Earth Starfleet and predates other ships named Enterprise in the Star Trek universe. The NX-01 was launched in the year 2151 under Captain Jonathan Archer and was designed primarily for deep space exploration and missions involving significant first contacts. The ship's design includes influences from earlier Star Trek series but with a more retro-futuristic style and was involved in missions such as the Xindi conflict and the formation of the United Federation of Planets.
	Mars				Class K ASTRONOMISCHE ANALYSE supported
		Phobos
		Deimos Deimos		Ayrik H.	Mars has two natural moons: Phobos and Deimos. Deimos is the smaller and outer of the two. It measures roughly 15 by 12 by 11 kilometers (9 by 7 by 6.8 miles) and orbits Mars every 30 hours at about 23,460 kilometers (14,580 miles) from the planet. Deimos has a nearly circular orbit close to Mars's equatorial plane and is tidally locked, showing the same face to Mars as it orbits. The moon is irregular in shape, heavily cratered but with a smoother appearance than Phobos due to partial filling of craters by regolith (a layer of loose rocky debris).
		Mars Global Surveyor		NASA	Mars Global Surveyor (MGS) was a NASA robotic spacecraft that orbited Mars from 1997 to 2006, revolutionizing scientific understanding of the Martian surface, atmosphere, and interior through detailed mapping and analysis. Mission Overview MGS launched on November 7, 1996, and began its Martian mission in September 1997. Its primary goal was to map Mars globally, providing detailed information on surface features, geological processes, and atmospheric conditions. The orbiter operated for nearly a decade, far exceeding its original two-year mission plan, and completed its work in November 2006 due to a computer error linked to battery failure.
		Mars Odyssey 2		NASA	Mars Odyssey is a robotic spacecraft orbiting Mars that was launched by NASA on April 7, 2001, and reached Mars orbit on October 24, 2001. Its mission includes mapping the chemical elements and minerals on Mars, detecting evidence of water and ice, studying the planet's geology and radiation environment, and acting as a communications relay for Mars landers and rovers like Curiosity. The spacecraft holds the record for the longest-surviving continually active spacecraft orbiting a planet other than Earth, operating for over 23 years as of 2025, with enough fuel expected to last through the end of 2025.
		MCRN Donnager		Chris Kuhn	"The Expanse"
	Jupiter				Class J ASTRONOMISCHE ANALYSE supported
	Saturn				Class J ASTRONOMISCHE ANALYSE supported
	Uranus				Class J ASTRONOMISCHE ANALYSE supported
	Neptun				Class J ASTRONOMISCHE ANALYSE supported
	Pluto				Class C ASTRONOMISCHE ANALYSE supported
	Comet 67P/Churyumov-Gerasimenko 67P Churyumov Gerasimenko			ESA	Comet 67P/Churyumov-Gerasimenko is a Jupiter-family comet originating from the Kuiper belt, with an orbital period of about 6.45 years and a rotation period of approximately 12.4 hours. Its nucleus is roughly 4.3 by 4.1 kilometers in size, shaped like a contact binary with two distinct lobes. The comet made historic headlines as the first to have an orbiter and lander—ESA's Rosetta spacecraft and its Philae lander—rendezvous, orbit, and land on it during the 2014 to 2016 mission. The comet's orbit crosses those of Jupiter and Mars, but it does not reach Earth's orbit. The Rosetta mission ended with a controlled landing on the comet in 2016.
		Rosetta Rosetta		ESA	The European Space Agency's Rosetta probe was a landmark space mission, launched on 2 March 2004, designed to perform the first detailed study of a comet—67P/Churyumov–Gerasimenko. The mission's core achievements include accompanying a comet through its approach to the Sun and deploying the Philae lander, which made the first controlled touchdown on a comet's surface. Mission Timeline: Launched in 2004, Rosetta used a complex trajectory with flybys of Earth and Mars to gather speed and passed the asteroids 21 Lutetia and 2867 Šteins before reaching its target. After a 957-day deep-space hibernation, Rosetta 'woke up' and arrived at 67P in August 2014, entering orbit for over two years. Historic First: Rosetta was the first mission to orbit a comet's nucleus and study it in detail for an extended period—including observing the comet as it approached the Sun, became active, and then receded. End of Mission: On 30 September 2016, after 17 months following the comet, Rosetta was deliberately crash-landed on 67P to maximize scientific return as its power supply was dwindling with the comet moving away from the Sun.
		Philae Philae		ESA	Philae was a robotic lander developed by the European Space Agency (ESA) that accompanied the Rosetta spacecraft on a mission to comet 67P/Churyumov–Gerasimenko. It achieved the first-ever soft landing on a comet nucleus on November 12, 2014. Although the landing faced issues with anchoring and orientation, Philae successfully transmitted valuable scientific data about the comet's surface and composition before its battery power was depleted. The mission significantly advanced the understanding of cometary materials and the early solar system.
	SpaceDock Nar30974 SpaceDock				The Space Dock NAR-30974 is a Federation dry dock used by Starfleet in the late 23rd century, located in orbit above Earth. It was capable of servicing starships up to Excelsior-class size, such as the U.S.S. Enterprise (NCC-1701-B), which was launched from this dock in 2293. The dock was part of the San Francisco Fleet Yards and was used for construction, maintenance, and repair of starships.
		Workbee Workbee		H.Gibbens	The Workbee in Star Trek is a small, one-person utility spacecraft primarily used for maintenance, construction, and cargo handling around starships and space stations. It first appeared in "Star Trek: The Motion Picture" and has since featured in several series and films.
		USS Aristarchus		Justin Flood	Star Trek
	Amargosa Amargosa Station				The Amargosa Station, also known as the Amargosa Observatory, is a small Starfleet science outpost located in the Amargosa system as of the year 2371 in the Star Trek universe. It gained significance primarily in the movie "Star Trek: Generations," where it served as the setting for critical events involving Dr. Soran’s attempt to destroy the Amargosa star using Klingon assistance. Commander Riker and Geordi La Forge are both involved in missions at or around this station to stop Soran from carrying out his plan. The station had a crew of about 19 people and was used for scientific research related to the star system. Its physical width was roughly 193 meters, about the length from the front to the middle saucer section of a Galaxy-class starship. The station was heavily damaged during the events of "Star Trek: Generations" due to the conflict there.
	Death Star Death Star				STAR WARS The Death Star is a fictional, moon-sized space station and superweapon in the Star Wars universe, designed and constructed by the Galactic Empire to destroy entire planets with its powerful superlaser.
Center				Credits	Comment	Missions
MELMAC					Sun, Spectral Class A
	Planet Melmac Melmac			NASA/JPL	Planet Melmac is the fictional home planet of the character Gordon Shumway, better known as ALF (an abbreviation for Alien Life Form) from the American TV series "ALF" and its animated prequel "Alf – Erinnerungen an Melmac." Melmac was depicted as the origin of this friendly extraterrestrial being. The planet was located in the Aldente Nebula in the Andromeda Galaxy.
		Alf Space Ship		cerberus333, sean4297	"ALF"
		Melmac Mond 1 Melmac Mond 1		NASA/JPL	Regarding "Moon 1" of Melmac, there is no specific canonical or detailed information from the primary sources that identify or elaborate on moons orbiting Melmac in official ALF series lore or associated fiction. Any references to Melmac's moons may come from fan fiction, parody, or extensions beyond the core ALF narrative.
		Melmac Mond 2 Melmac Mond 2		NASA/JPL	There is no direct reference or official astronomical object named "Planet Melmac Moon 2." Melmac relates to a fictional cultural context, and Moon 2 (MK 2) relates to a real moon of Makemake.
Center				Credits	Comment	Missions
FESIUS					Sun, Spectral Class A ASTRONOMISCHE ANALYSE supported PLANETENSONDE supported
	Fesius-L			Motherlode	Class M, Desert planet with sparse vegetation and some water ASTRONOMISCHE ANALYSE supported PLANETENSONDE supported	„Lebensraum entdecken“ Maxiperium 2025
		Major-Kelos-Station		The Jungle
	Velari			Celestia	Class M, Ice-Planet, polar cap, permafrost, liquid water, vegetation ASTRONOMISCHE ANALYSE supported PLANETENSONDE supported	„Lebensraum entdecken“ Maxiperium 2025
	Atonos			Ali Ries, Celestia	Class M, Water planet with some land masses and lots of forest ASTRONOMISCHE ANALYSE supported PLANETENSONDE supported	„Lebensraum entdecken“ Maxiperium 2025
Center				Credits	Comment	Missions
PLANET X					Sun, Spectral Class A ASTRONOMISCHE ANALYSE supported
	Planet-X			unknown	Ice-Planet (Sugar Planet), no liquid water, craters PLANETENSONDE supported
	Planet-Y			unknown	PLANETENSONDE supported
	Felia			unknown	Class M, Earth-like planet, no ice ASTRONOMISCHE ANALYSE supported PLANETENSONDE supported
	Neogiliar			Dan North	Class M, Earth-like planet Missions: Der Platz, Custom Satellites PLANETENSONDE supported	„Satelliten - 3D-Design“ Unna-Lünern, 26.4.2025
		Model 1,2,3			Custom models to be imported at runtime	„Satelliten - 3D-Design“ Unna-Lünern, 26.4.2025
Center				Credits	Comment	Missions
VEGA					Sun
Center				Credits	Comment	Missions
Epsilon Ceta					Risa-System
	Eps Cet A			unknown	Sun, Spectral Class A
	Eps Cet B			unknown	Sun, Spectral Class A
	Risa A			unknown	Class M
	Risa			unknown	Class M, Earth-like planet
		Pixeta		unknown	Moon
		Risella		unknown	Moon
	Risa C			unknown
	Risa D			unknown

Description of Missions

Mission	Description
Lebensraum entdecken	Pädagogische Prämissen: Wir benötigen einen Planeten der Klasse M, der reichlich Wald enthält, um Kinder und Jugendliche an Anpassungen von Tieren an den Lebensraum Wald heranzuführen, indem diese ein Tier diesem zuordnen. Merkmale sind unter anderem die verfügbare Nahrung (hohe Biomassedichte), komplexe Nahrungsnetze und die Verfügbarkeit von Wasser sowie in der Regel konstante Temperaturen. -> Schlussfolgerung: Wald muss am Ende den Schwerpunkt des Planeten ausmachen. Die Mission soll zudem Forschendes Lernen fördern, somit sollen die Erkenntnisse der Kinder nicht eindeutig und ohne Forschungsmethoden zu erlangen sein.  -> Schlussfolgerung: Der Wald muss versteckt sein, Prinzipien des Waldes können ruhig abstrakter dargestellt sein. Biologische Ebene: Wald wird durch die Lebensvoraussetzungen von Pflanzen definiert. Diese sind photolithoautotrophe Lebewesen; notwendig zum Überleben ist neben Sonnlicht ein bestimmter CO2-Partialdruck sowie ein O2-Partialdruck. Als Elektronendonator wird ebenfalls Wasser benötigt. Nährstoffe werden im Wald oft symbiontisch über das Pilznetzwerk weitergegeben. Das Ökosystem Wald findet sich an den unterschiedlichsten Orten auf Planeten, am dichtesten ist es dort, wo die höchste Stoffwechselrate möglich ist (Sonnenlicht, Luftfeuchtigkeit) - d.h. in warmen Bereichen. Damit die beabsichtigten Tiere dort leben können, dürfen O2-Partialdruck und CO2-Partialdruck nicht zu weit vom aktuellen Normal der Erde abweichen. Planetologische / Geophysikalische Ebene: Die Gravitation eines Planeten bestimmt maßgeblich die Dichte der Atmosphäre, diese bestimmt maßgeblich den Partialdruck der einzelnen Atmosphärenbestandteile Die Atmosphärenzusammensetzung ist durch dei Geschichte des Planeten bedingt, für O2 werden photosynthetische Lebewesen benötigt Die Bodentemperatur wird im Wesentlichen durch Treibhausgase bestimmt, hierzu gehören unter anderem Methan und CO2 Hypothetisches Planetenkonzept (Science Fiction) : Im Zuge der Geschichte des grundsätzlich erdähnlichen Planeten kam es zu einer Phase, in der (z.B. durch Vulkanausbrüche) eine sehr hohe CO2-Konzentration in die Atmosphäre gelangte. Dies in Verbindung mit dem vielen am Boden verfügbaren Wasser und des ganzjährig vielen Sonnenlichts führte zu starkem Pflanzenwachstum; es entstanden gewaltige Wälder, die auch über Symbionten mit einander verbunden waren. Jedoch halten diese auch Wasserstoffreiche und methanreiche Wolken sehr gut, ebenso stoßen alle Lebewesen in den dunkleren Ebenen (weiter unten) viel CO2 aus, was den hohen Treibhauseffekt hält. Auch wenn es durch die Bildung der Wolkenschicht unten dunkler ist und nicht mehr viel Sonnenlicht ankommt, können dort Lebewesen überleben, da die großen Bäume diese mitversorgen, während Mikronährstoffe von diesen an die großen Bäume abgegeben werden. Schlussfolgerungen: Atmosphärenzusammensetzung: 65% N2, 24% O2, 2% CO2, 0,25% NH4, 0,01% H20, Argon in Spuren, ebenso andere Spurenelemente Oberfläche: sehr viel Wald, kaum erkennbare Klimazonen, ggf. regionale Unterschiede (kleine Steppen, Feuchtwiesen) Umsetzung: Wir würden für 3 Tiere neue Lebensräume suchen. Das Meerestier würde auf Planet Atonos (Wasser, Landmassen, dichte Wolken) unterkommen, das Wüstentier auf Fesius-L der Schneefuchs auf Velari Technik: Für alle 3 Planeten die "(allgemeine) Planetensonde" nehmen AutoNavigation unterstützt alle 3 Planeten
Satelliten - 3D-Design	Die VSA hat schon länger nichts mehr von der Bevölkerung des Planeten Neogiliar gehört. Die U.S.S. Vision bekommt den Auftrag, dorthin zu fliegen und herauszufinden, ob Hilfe gebraucht wird. Im Orbit des Planeten empfängt das Schiff eine verzerrte Nachricht von einem Bewohner auf der Oberfläche: Ein Sonnensturm hat die Satelliten im Orbit zerstört. Die Kadetten bekommen den Auftrag, neue Satelliten zu entwickeln, um die Infrastruktur wiederherzustellen. Sie entwerfen einen Telekommunikationssatelliten, einen Beobachtungssatelliten und ein Weltraumteleskop – zuerst als Skizze auf Papier, dann als 3D-Modell im Programm TinkerCAD. Anschließend fliegen sie im VisionVersum zu den Satelliten. Einführung in die Schiffssysteme / 15 min Die Kadetten werden durch die Crew angelernt und mit der Brücke vertraut gemacht. Auftragsklärung und Flug nach Neogiliar / 10min Der erste Offizier verkündet die Mission und der Flug zum Planeten wird eingeleitet. SCI: evtl. Erklärung von Orbitalen auf der Taktik Nachricht und Problemidentifizierung / 5min Satelliten wurden durch Sonnensturm zerstört, benötigen einen Telekommunikationssatelliten für die globale Vernetzung, einen Kamera-Satelliten für die Wetterbeobachtung und ein Weltraumteleskop für die Erforschung des Universums. Sondenflug auf den Planeten. (Start für Brainstorming) Brainstorming und Gruppenzuordnung / 5min Wie können wir helfen? Was ist ein Satellit? Welche kennen wir? Was braucht so ein Satelliten? Wo sind sie normalerweise zu finden? Für jeden Satellitentypen wird eine Gruppe bestehend aus jeweils drei Kadetten gebildet. Satelliten Labor: Skizzierung auf Basis von Steckbriefen / 15min Durch Steckbriefe von Beispielen werden z.B. definiert: wichtige Bestandteile; dimensionale Grenzen; Orbit; Funktion. Basierend Erklärung des Programmes TinkerCAD / 5min Die Kadetten werden in die Grundbedienung des Online-Programms durch die ENG-Crew eingeführt. 3D-Umsetzung der Skizzen in TinkerCAD / 30min Mit Hilfe der vorangegangenen Skizze und der Vorgaben in Größe und Ausmaße werden die Satelliten im 3D-Raum gebaut. Die ENG leistet Hilfe. Einbau der Satelliten ins VisionVersum / 15min Exportieren von .obj und .mtl Kopieren auf Server via USB Benennen nach Schema (Satellit-1, -2, -3) Reinkopieren von MTL-Refraktionsdaten; Anderung der .mtl-Zuordnung in .obj Einfügen in Ordner Server (Der Pfad für das .obj und .mtl File: C:\inetpub\wwwroot\VISIONVERSUM\1-DEV\2025.03 - DEV\999 - SHARED\MODELS\CUSTOM\MODEL-1\Model-1.obj) In VV einladen (Gleichzeitig Peer-to-Peer Wissensvermittlung durch Kadetten unterstützt durch SCI) Anflug der Satelliten im Orbit um Neogiliar / 10min