Platform: Meta Quest 2 / 3 ·
Price: $9.99 (sales to $4.99) ·
Developer: Stellarium Labs (original Stellarium creator) ·
Based on: Stellarium — the world's leading open-source desktop planetarium
About the App
What is Stellarium VR?
Stellarium VR is the virtual reality edition of Stellarium — the world's most widely used open-source planetarium software, trusted by astronomy enthusiasts, educators and observatories for decades. The VR version is made by Stellarium Labs, the same team behind the original desktop application and Stellarium Mobile (one of the top-rated astronomy apps on iOS and Android). This heritage matters: Stellarium's data accuracy and feature depth are the result of years of refinement by a dedicated scientific and open-source community.
Where Cosmic XR offers an emotional journey through the grandeur of space, Stellarium VR is a precision instrument — a virtual observatory that recreates the exact night sky for any date, time and location on Earth with scientific accuracy. You can stand on the surface of your school in Sale, Manchester at 10pm on 15 March 1610 and see exactly what Galileo would have seen looking up from Italy. You can show students tonight's sky and then jump forward 6 months to see how it will change. The sky rotates around you in real time as you stand beneath it.
The Stellarium difference: Many space apps show you impressive visuals. Stellarium VR shows you the actual sky — the one above your specific location on Earth tonight, or on any night in history, with the precise positions of every star, planet and satellite calculated to scientific accuracy. That precision is what makes it an observatory tool rather than just an experience. It answers the question every astronomy teacher needs to answer: "Where is Jupiter right now, and what will it look like through a telescope?"
Users who know the Stellarium desktop app — and there are many in secondary school science departments — will find the VR version instantly familiar. Many review comments come from longtime Stellarium users who call it "the VR version they've always wanted." The developer is actively engaged with user feedback and regularly responds to review comments.
Features
What Can You Do in Stellarium VR?
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Real-Time Night Sky — Any Date, Time & Location
Stand beneath the exact night sky for any date, time and geographic location on Earth. Set it to tonight's sky over your school and show students what's up there right now. Rewind to historically significant dates — the night Galileo first turned his telescope to Jupiter's moons (7 January 1610), the night of the Apollo 11 landing, the year of a particular eclipse. The sky rotates naturally in real time as you stand under it, making Earth's rotation genuinely visible.
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Stars, Constellations, Planets & Deep Sky Objects
Identify stars and see their names, spectral type and distance. Display constellation lines and illustrations. View planets as they appear in the sky — with accurate angular size and phase. Access the full Messier catalogue and thousands of other deep sky objects — nebulae, galaxies, star clusters — each with identification data. Everything a GCSE Astronomy or A-Level Physics student needs to identify and describe sky objects is here.
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Satellite Tracking — Including the ISS
Track artificial satellites in real time, including the International Space Station. Students can watch the ISS move across the sky at the correct speed, in the correct direction, for their actual location tonight. This makes for an excellent lesson connection point — check when the ISS passes overhead, then use Stellarium VR in class that evening to show students the orbital path before they go outside and look for it.
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Multiple Sky Cultures & Constellation Traditions
Switch between the constellation traditions of different cultures around the world — Western, Chinese, Indigenous Australian, Egyptian, Aztec and many more. See how different peoples across history have grouped the same stars into entirely different patterns with entirely different stories. This is an outstanding cross-curricular resource for History, Geography and Cultural Studies, as well as GCSE Astronomy.
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3D Planet Models & Realistic Atmosphere
Zoom to any major planet and see a 3D rendered model with its moons. Experience realistic sunrise, sunset and atmospheric refraction — the way the horizon sky colour changes, the way stars near the horizon appear to shift position due to refraction — just as they do in the real sky. This atmospheric accuracy is what makes Stellarium's sky feel genuine rather than constructed.
⚠️ Known issue — zoom jitter: The most frequently cited user complaint is that zoom is unstable or jittery, which can be uncomfortable for some users. The developer is aware of this and is working on it. For classroom use, recommend keeping zoom use minimal and focusing on the standing-under-the-sky experience rather than close-up magnification until this is resolved.
Context
Stellarium VR vs Cosmic XR — Different Tools, Both Valuable
Both Stellarium VR and Cosmic XR are outstanding astronomy apps for schools — but they serve genuinely different educational purposes and work best as companions rather than alternatives.
🔭 Stellarium VR ← this
Precision observatory tool
Exact positions · any date/time
Identifies real objects
Stargazing preparation
GCSE Astronomy data
Historical sky recreation
Multiple sky cultures
Practical & scientific
🌌 Cosmic XR
Experiential journey
Cosmic web to solar system
Hand tracking · touch space
Mixed Reality passthrough
Scale and wonder
Classroom-safe MR mode
Meditative · inspiring
Emotional & spectacular
The ideal pairing: Start a space unit with Cosmic XR to instil wonder and scale — students experience the grandeur of the universe and understand their place in it. Then use Stellarium VR for the practical astronomy work — identifying what's actually in tonight's sky, understanding orbital mechanics, connecting the abstract to the observable. Together, they cover the emotional and the analytical dimensions of astronomy education.
Curriculum Fit
School & Curriculum Value
A-Level Physics (Astro)88%
Stargazing / enrichment92%
Cultural sky traditions85%
Zoom usability (current)55%
Stellarium VR earns a near-perfect score for GCSE Astronomy — the specification requires students to identify and describe objects in the night sky, understand celestial coordinates, and relate the appearance of the sky to Earth's rotation and orbit. Stellarium VR covers all of this precisely, and the ability to set any location and date means it can be used to recreate historically significant observations directly relevant to the history of astronomy in the specification. For KS3 Earth and Space, the real-time sky rotation visibly demonstrates Earth's rotation and seasonal changes. The multiple sky cultures feature is an excellent cross-curricular extension for History and Geography departments covering pre-modern navigation, cultural astronomy and the role of the stars in different civilisations.
XR School Verdict
Scientific accuracy10/10
GCSE Astronomy value10/10
Sky cultures feature9/10
Visual immersion9/10
Zoom stability5/10
Value for money10/10
Bottom line: The definitive VR planetarium — scientifically precise, feature-rich and backed by the world's most trusted open-source astronomy software. Standing under the actual night sky for your location and date in a headset is a genuinely transformative experience for astronomy students. The zoom jitter is a known and acknowledged issue — avoid heavy zoom in class until fixed. At $9.99 (with regular sales to $4.99) this is an essential purchase for any school teaching GCSE Astronomy or KS3 Space.
⭐ What Users Say
"Feels like standing under a real night sky. The accuracy is incredible — exactly what I use to plan my stargazing sessions."
"This is the VR version of Stellarium I've always wanted. The constellation lore and sky cultures are a fantastic addition."
"Perfect for teaching — I can set the sky for tonight and show students exactly what they'll see if they go outside after dinner."
Developer actively responds to user feedback · Regular updates
Pros & Cons
✓ Scientifically precise sky simulation
✓ Any date, time & location on Earth
✓ Stars · planets · DSOs · satellites · ISS
✓ Multiple sky cultures — world astronomy
✓ 3D planet models with moons
✓ Realistic sunrise/sunset/atmosphere
✓ From the makers of Stellarium desktop
✓ Developer actively engaged with community
✓ $9.99 — sales to $4.99
✗ Zoom is jittery — known issue
✗ Fewer features than desktop version
✗ No AI search (desktop has this)
Quick Info
| Platform | Meta Quest 2 / 3 |
| Price | $9.99 (sales to $4.99) |
| Developer | Stellarium Labs |
| Based on | Stellarium open-source |
| Sky cultures | ✓ Multiple traditions |
| ISS tracking | ✓ Real-time |
| Date/time travel | ✓ Any date in history |
| Zoom | ⚠️ Jitter — known issue |
| Best for | GCSE Astronomy · KS3 Space |
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Stellarium VR · $9.99
