Glossary S

Deutsch: Space-Shuttle-Orbiter / Español: Transbordador espacial orbitador / Português: Ônibus espacial orbitador / Français: Orbiteur de la navette spatiale / Italiano: Orbiter dello Space Shuttle

The Space Shuttle Orbiter was the reusable, winged spacecraft component of NASA's Space Shuttle program, designed to transport crew and payloads into low Earth orbit (LEO) and return them safely to Earth. Operating from 1981 to 2011, it represented a pioneering effort in reusable spaceflight technology, combining the capabilities of a rocket, spacecraft, and glider. Unlike expendable launch vehicles, the Orbiter was intended to reduce the cost of space access through reusability, though operational complexities ultimately limited its economic efficiency.

Deutsch: Space Shuttle Programm / Español: Programa del Transbordador Espacial / Português: Programa do Ônibus Espacial / Français: Programme de la Navette Spatiale / Italiano: Programma dello Space Shuttle

Space Shuttle Program refers to the United States' human spaceflight program operated by NASA from 1981 to 2011. It involved the Development and operation of reusable Spacecraft known as Space Shuttles.

Deutsch: Weltraumsimulation / Español: Simulación espacial / Português: Simulação espacial / Français: Simulation spatiale / Italiano: Simulazione spaziale

Space simulation refers to the controlled replication of extraterrestrial environments or operational conditions to test spacecraft, subsystems, and payloads prior to deployment. This discipline integrates engineering, physics, and computational modeling to validate performance, reliability, and safety under conditions that cannot be replicated on Earth without specialized facilities. Space simulations are indispensable for mitigating risks in missions where failure is not an option, such as crewed spaceflight or deep-space exploration.

Deutsch: Raumstationsmodul / Español: Módulo de estación espacial / Português: Módulo de estação espacial / Français: Module de station spatiale / Italiano: Modulo della stazione spaziale

Space Station Module refers to a self-contained unit that forms part of a space station, designed to perform specific functions such as habitation, Research, power generation, or storage. These modules are interconnected to create a larger, multi-functional Structure capable of supporting long-term human presence and scientific activities in space.

Deutsch: Weltraumteleskop / Español: Telescopio espacial / Português: Telescópio espacial / Français: Télescope spatial / Italiano: Telescopio spaziale

Space Telescope in the Space industry context refers to a type of telescope that is launched and operated in space, above Earth's atmosphere, to observe Astronomical objects and phenomena without the interference caused by atmospheric Distortion. Space telescopes can capture clear, High-resolution images and Data from Celestial bodies across various wavelengths of Light.

Deutsch: Weltraumtourismus / Español: Turismo Espacial / Português: Turismo Espacial / Français: Tourisme Spatial / Italiano: Turismo Spaziale

Space Tourism refers to the commercial Activity of sending private individuals, rather than professional astronauts, into space for recreational, leisure, or Adventure purposes. This emerging sector within the Space industry aims to provide non-professional space enthusiasts with the opportunity to experience space travel, including suborbital flights, orbital missions, and potentially longer journeys beyond Earth's Orbit. Space tourism is transforming space from a domain exclusive to governments and research entities into a more accessible frontier for private individuals and commercial ventures.

Deutsch: Weltraumverkehrsmanagement / Español: Gestión del Tráfico Espacial / Português: Gestão de Tráfego Espacial / Français: Gestion du Trafic Spatial / Italiano: Gestione del Traffico Spaziale

Space Traffic Management (STM) refers to the set of regulations, procedures, and technologies designed to ensure the safe and efficient operation of all space activities, including the prevention of collisions between space objects and the mitigation of space debris.

Deutsch: Weltraumwetterüberwachung / Español: Monitoreo del clima espacial / Português: Monitoramento do clima espacial / Français: Surveillance de la météo spatiale / Italiano: Monitoraggio delle condizioni meteorologiche spaziali

Space Weather Monitoring refers to the systematic observation, analysis, and prediction of conditions in near-Earth space and the solar environment that can affect technological systems, human activities, and infrastructure. This discipline integrates data from ground-based observatories, satellites, and computational models to assess phenomena such as solar flares, geomagnetic storms, and cosmic radiation, which pose risks to spacecraft, aviation, power grids, and communication networks. By providing early warnings and actionable insights, space weather monitoring enables mitigation strategies to safeguard critical assets and ensure operational continuity in space and on Earth.

Deutsch: Raumfahrtqualität / Español: Calidad espacial / Português: Qualidade espacial / Français: Qualité spatiale / Italiano: Qualità spaziale

Space-grade refers to materials, components, and systems that meet the stringent requirements for use in the harsh environment of space. These standards ensure reliability, durability, and performance under extreme conditions, such as Vacuum, radiation, Temperature fluctuations, and Mechanical Stress.

Deutsch: Raumschiff / Español: Nave espacial / Português: Nave espacial / Français: Vaisseau spatial / Italiano: Astronave /

A spacecraft is a vehicle or machine that is designed and built to operate outside of the Earth's atmosphere, in space. Spacecraft can be classified into two main categories: artificial satellites and manned spacecraft.

Deutsch: Raumfahrzeugmontage / Español: Ensamblaje de Naves Espaciales / Português: Montagem de Espaçonaves / Français: Assemblage de Vaisseaux Spatiaux / Italiano: Assemblaggio di Veicoli Spaziali

Spacecraft Assembly in the Space industry refers to the process of building and integrating various components and subsystems into a complete spacecraft, ready for testing and eventual launch. This process involves the precise assembly of structural elements, Propulsion systems, Power supplies, Communication equipment, scientific instruments, and other Critical subsystems, ensuring that they function together as a cohesive unit capable of operating in the Harsh conditions of space.

Deutsch: Raumfahrzeugbau / Español: Construcción de naves espaciales / Português: Construção de naves espaciais / Français: Construction de vaisseaux spatiaux / Italiano: Costruzione di veicoli spaziali

Spacecraft Construction refers to the multidisciplinary engineering process of designing, manufacturing, assembling, and testing vehicles intended for operation in outer space. This field integrates aerospace engineering, materials science, propulsion technology, and systems engineering to create structures capable of withstanding the extreme conditions of launch, orbital mechanics, and deep-space environments. The discipline demands precision, redundancy, and adherence to stringent international standards to ensure mission success and crew safety where applicable.

Deutsch: Raumfahrzeugausfall / Español: Falla de nave espacial / Português: Falha de espaçonave / Français: Panne de vaisseau spatial / Italiano: Guasto del veicolo spaziale

Spacecraft failure in the space industry refers to the malfunction, degradation, or complete loss of function of a spacecraft or its subsystems, resulting in partial or total mission failure. Such failures can occur at any phase of a space mission, from launch and deployment to in-orbit operation or re-entry, and are caused by technical malfunctions, design flaws, environmental conditions, human error, or unforeseen anomalies.

Deutsch: Raumschiff-Innenraum / Español: Interior de la nave espacial / Português: Interior da nave espacial / Français: Intérieur du vaisseau spatial / Italiano: Interno della navicella spaziale

Spacecraft interior refers to the Design, layout, and functionality of the inside space of a spacecraft where astronauts live and work during their missions.

Deutsch: Raumfahrtnavigation / Español: Navegación espacial / Português: Navegação espacial / Français: Navigation spatiale / Italiano: Navigazione spaziale

Spacecraft Navigation in the Space industry context refers to the techniques and Systems used to determine the position, Velocity, and orientation of spacecraft relative to Celestial bodies or other spacecraft, and to control their trajectory and attitude throughout their mission. This includes everything from Launch, orbital insertion, station-keeping, maneuvering within a celestial body's orbit, to interplanetary travel, and re-entry into Earth's Atmosphere. Effective navigation is crucial for mission success, ensuring that spacecraft reach their intended destinations, perform required maneuvers accurately, and return safely.

Deutsch: Wiedereintritt von Raumfahrzeugen / Español: Reentrada de naves espaciales / Português: Reentrada de espaçonaves / Français: Rentrée des engins spatiaux / Italiano: Rientro dei veicoli spaziali

Spacecraft re-entry refers to the phase in a space mission when a spacecraft returns from space and re-enters the Earth's Atmosphere, involving a controlled descent that ensures the safety of both the spacecraft and its occupants or cargo.

Deutsch: Raumfahrzeug-Telemetrie / Español: Telemetría de naves espaciales / Português: Telemetria de espaçonaves / Français: Télémétrie des engins spatiaux / Italiano: Telemetria dei veicoli spaziali

Spacecraft telemetry refers to the automated process of collecting, transmitting, and receiving data from a spacecraft to ground-based control stations in the space industry. This data includes critical information on the spacecraft’s health, position, systems status, and environmental conditions, ensuring continuous monitoring and control during all phases of a space mission.

Deutsch: Thermische Steuerung von Raumfahrzeugen / Español: Control térmico de naves espaciales / Português: Controle térmico de espaçonaves / Français: Contrôle thermique des engins spatiaux / Italiano: Controllo termico delle astronavi

Spacecraft thermal control refers to the systems and techniques used to manage the temperature of a spacecraft, ensuring that all components and instruments remain within operational limits despite the extreme temperature variations in space. This is essential for the proper functioning and longevity of both manned and unmanned missions.

English: Spacefaring / Deutsch: Weltraumfahrend / Español: Viaje espacial / Português: Viajem espacial / Français: Voyage spatial / Italiano: Viaggiare nello spazio /

In the realm of the Space industry, spacefaring is a term that encapsulates the activities and capabilities related to venturing into space. It refers to the endeavors, technologies, and expertise required to explore and utilize the Cosmos beyond our planet. This article will provide a comprehensive understanding of spacefaring in the context of the space industry, highlighting examples, associated risks, and application areas. Additionally, it will touch upon the historical and legal foundations of spacefaring and conclude with a list of similar concepts and a summary.

SpaceLab was a program developed by the European Space Agency (ESA) in the 1980s and 1990s to promote the use of the Space Shuttle as a platform for conducting scientific research in microgravity. The program involved the development and deployment of a series of payloads, or specialized research modules, that were carried aboard the Space Shuttle and installed in the payload bay.