No image-derived claim
\[\text{visual decoration} \ne \text{physical model}\]
Decorative images, icons, and background effects on this page are not used as evidence for a scientific or engineering statement.
Professional space atlas
3D space simulation, solar system guides, astronomy, and research tools.
Exorbit.space connects interactive WebGL space simulations with planet guides, mission dossiers, satellite snapshots, astronomy explainers, and research calculators for learners and builders.
15,000+ satellites
6,000+ exoplanets
UTC mission clock
Explore by topic
Space simulation, astronomy, and research paths.
These routes use focused page titles, headings, and internal links so search engines and visitors can understand the main Exorbit.space topics.
3D Space Simulation Online
Open the interactive WebGL space simulator with solar-system scale, Milky Way context, satellites, constellations, and planet readouts.
Solar System Simulator
Study planets, orbital motion, heliocentric positions, planet facts, and connected field-guide pages.
Space Research Tools
Use orbit calculators, mechanics notes, WebGL labs, datasets, and model-verification references for astronomy and space technology.
Astronomy Guide
Explore black holes, stellar systems, cosmic expansion, deep-space structures, telescopes, and observational context.
Space Missions and Rockets
Read mission dossiers for spacecraft, rovers, telescopes, launch systems, agencies, and exploration hardware.
El Nino WebGL Simulator
Run the ENSO probability simulation with Nino-3.4 anomaly, trade winds, thermocline tilt, rainfall shift, and NOAA CPC probability anchors.
Mission Desks
Start with the core rooms of the site.
Live Solar System
WebGL model with current approximate planetary positions and clickable planet pages.
Planet Library
Dedicated pages for all eight planets with physics, missions, and exploration notes.
Moon Systems
Separate simulations for Earth, Mars, Jupiter, Saturn, Uranus, Neptune, and dwarf-planet moon systems.
Mars Rovers
Sojourner through Perseverance, rover science goals, payloads, mobility, and sample return context.
Artemis
Moon-to-Mars architecture, Orion, SLS, Gateway, HLS, surface systems, and mission sequence.
Hubble
Telescope engineering, servicing history, science legacy, and deep-field discoveries.
Rockets
Operational and historic launch systems across agencies and commercial providers.
Deep Research Areas
Built for enthusiasts, academic users, and space-technology builders.
Astronomy and Deep Space
Alpha Centauri, exoplanets, galaxies, cosmic distance ladder, telescopes, Gaia, Hubble, Webb, NED.
Exploration Technology
Propulsion, GN&C, power, thermal, robotics, ECLSS, comms, science payloads, and autonomy.
Space Mining
Prospecting, extraction, beneficiation, ISRU, economics, law, and environmental limits.
Global Agencies
NASA, ISRO, ESA, Roscosmos, CNSA, JAXA, and commercial ecosystems in context.
Satellites and News
Current satellite catalog snapshots, live news cards, ephemeris vectors, and open data panels.
Academic Tools
Calculators, dataset links, reading maps, unit converters, and mission-design references.
Update Agents
Specialist editorial personas for mission news, science review, launch tracking, mining, and agency intelligence.
Mathematical model
Page model status
This page does not introduce a standalone generated physics or engineering simulation. Any decorative background or static illustration is presentation only; mathematical claims must come from the cited equations, catalog values, or linked model-verification pages.
Content claim standard
\[\text{claim} \rightarrow \text{source field or equation}\]
If the text gives a quantitative fact, it must be traceable to a data field, unit conversion, or equation on the relevant detailed page.
Model handoff
\[\text{open } \mathtt{/model\text{-verification/}}\]
Interactive pages linked from here carry their own mathematical model sections with equations, assumptions, proof notes, and limitations.
Verification standard: the rendered object must be reproducible from stated equations, catalog parameters, or explicit geometric transforms. Visual reference images may inform presentation only; they are not the source of orbital positions, field vectors, accretion-disk gradients, timing, or engineering layout.
Limitations: browser scenes may use bounded scale, compressed distances, simplified two-body dynamics, schematic transfer curves, or educational approximations where full numerical ephemerides, CFD, finite-element models, or general-relativistic ray tracing are outside the page scope. Those simplifications are part of the model contract, not hidden image-based construction.