Identify Any Planet or Celestial Body from a Photo
Upload any planet, moon, or space object image and get its name, physical characteristics, atmosphere, orbital properties, exploration history, and space facts.
Identify a Planet
AI Planet Identifier
Upload any image of a planet, moon, dwarf planet, or celestial body and instantly identify it. Get a full scientific profile: physical characteristics, atmosphere, orbital properties, composition, exploration history, and fascinating facts.
Upload a planet or celestial body image
Works with NASA and ESA spacecraft images, telescope photographs, artist impressions, and textbook illustrations. High-resolution images showing distinctive surface or atmospheric features give the most accurate results.
or drag and drop an image here
Uses third-party AI. Credits are consumed upon analysis.
Results
AI Planet Identifier
AI Planet Identifier
Upload a photo on the left and click analyse to see the results.
- Celestial body identification: name, classification, and type
- Physical characteristics: size, mass, gravity, surface, and distinctive features
- Atmosphere: composition, pressure, temperature, and weather
- Orbital and rotational properties: day length, year length, axial tilt, and moons
- Interior composition: core, mantle, crust, and magnetic field
- Exploration history: key missions, discoveries, and interesting facts
Precise Celestial Body Identification
Upload any planet or celestial body image and the AI identifies it by name, classifies it (IAU planet, dwarf planet, moon, asteroid, comet), notes its sub-type (terrestrial, gas giant, ice giant, Kuiper Belt Object), identifies its parent body, and notes its position in the solar system. A confidence rating is included with a description of the specific visual features that led to the identification. Works with NASA and ESA spacecraft images, telescope photographs, artist impressions, and textbook illustrations.
Identify a Planet
Full Physical Profile and Atmosphere
Every result includes a detailed physical characteristics breakdown: equatorial diameter and comparison to Earth, mass, density, surface gravity, escape velocity, shape, and a description of all visible distinctive features such as ring systems, storm systems, polar caps, surface colours, crater density, or volcanic activity. The atmosphere section covers composition, surface pressure, temperature extremes, and notable weather phenomena such as the Great Red Spot on Jupiter or supersonic winds on Neptune.
See Physical Profile
Orbital Properties, Composition, and Exploration History
The orbital and rotational section covers day length, year length, axial tilt and its effect on seasons, orbital eccentricity, known moons, and ring systems. The interior section covers core, mantle, and outer layer composition, and the magnetic field. The exploration history covers the discovery date and discoverer, first spacecraft flyby, all notable missions, current or planned missions, and the most important scientific discoveries made at that body.
See Exploration HistoryHow to Identify a Planet or Celestial Body with AI
Upload a Planet or Celestial Body Image
Upload any image of a planet, moon, dwarf planet, or other celestial body. NASA spacecraft photographs, telescope images, artist impressions, and textbook illustrations all work well.
AI Identifies the Celestial Body
The AI analyses the visible features such as colour, ring systems, atmospheric patterns, surface texture, crater density, or other distinctive characteristics to identify the body and classify it.
Get the Full Scientific Profile
Receive a complete scientific profile covering identification, physical characteristics, atmosphere, orbital and rotational properties, interior composition, exploration history, and fascinating facts.
Who Uses It
Students and Science Enthusiasts
Studying the solar system, preparing for an astronomy exam, or just curious about a spectacular space photograph you encountered online? Upload the image and get the full scientific profile of the celestial body in one structured result. The profile covers everything from physical characteristics and atmosphere to orbital properties, interior composition, and exploration history.
Amateur Astronomers
Captured a planet through your telescope and want more detailed information about what you are observing? Upload your photograph and get the full scientific context, including orbital position, physical characteristics, what atmospheric or surface features are visible at the time, and which missions have studied it. Particularly useful for understanding what you are seeing in real-time observation.
Teachers and Science Educators
Building a lesson around a specific planet, preparing classroom materials, or using a spectacular NASA image as a teaching prompt? Upload the image and get a structured, curriculum-aligned scientific profile covering all the key properties students need to learn: size, mass, gravity, atmospheric composition, day/year length, moons, and exploration history.
Space Art and Media Creators
Creating space-themed content, writing science fiction, or producing educational media? Use the identifier to quickly verify which celestial body is depicted in a reference image and get accurate scientific details to include in your work. The profile provides the specific numbers and characteristics needed to make content accurate and credible.
Deep Dive
Planets of Our Solar System
Our solar system contains eight recognised planets, each with dramatically different characteristics, compositions, atmospheres, and histories. Understanding the major properties of each planet provides the context to interpret any celestial body identification result.
Note: the AI can also identify dwarf planets (Pluto, Eris, Ceres, Haumea, Makemake), major moons (Europa, Titan, Ganymede, Callisto, Io, our Moon), well-known asteroids and comets, and some deep sky objects recognisable from spacecraft imagery.
Why Use It
Works with Any Space Image
Identifies celestial bodies from NASA and ESA spacecraft photographs, telescope images, artist impressions, and textbook illustrations across the entire solar system.
Full Scientific Profile
Get physical characteristics, atmosphere, orbital and rotational properties, interior composition, and magnetic field data all in one structured result.
Exploration History Included
Every result covers discovery history, all notable spacecraft missions, key scientific discoveries made at that body, and any active or planned missions.
Education and Research Ready
Structured, accurate scientific data suitable for students, educators, amateur astronomers, and science communicators working with space imagery.
Frequently Asked Questions
How does the AI Planet Identifier work?
You upload an image of a planet, moon, dwarf planet, or other celestial body and the AI analyses the visible features such as colour, ring systems, atmospheric patterns, surface texture, crater density, polar caps, and other distinctive characteristics to identify the body. It then generates a complete scientific profile covering physical characteristics, atmosphere, orbital properties, interior composition, exploration history, and interesting facts.
What types of celestial bodies can it identify?
The AI can identify all eight planets of our solar system, major moons (including Earth's Moon, Europa, Titan, Ganymede, Callisto, Io, and others), dwarf planets (Pluto, Eris, Ceres, Haumea, Makemake), notable asteroids, well-known comets, and some deep sky objects recognisable from spacecraft imagery.
Does it work with photos taken through a telescope?
Yes. The AI can identify celestial bodies from amateur telescope photographs, though image quality and the visibility of distinctive features affect accuracy. High-resolution images showing clear surface detail, colour, ring systems, or atmospheric patterns give the best results.
Can it identify planets from artist impressions or textbook images?
Yes. The AI works with NASA and ESA spacecraft photographs, professional telescope imagery, high-quality artist impressions, and textbook illustrations. It identifies the body from the depicted visual characteristics rather than requiring a raw unprocessed photograph.
What is the difference between a planet and a dwarf planet?
According to the International Astronomical Union (IAU) 2006 definition, a planet must orbit the Sun, be massive enough to be roughly spherical from its own gravity, and have cleared the neighbourhood around its orbit of other debris. A dwarf planet meets the first two criteria but has not cleared its orbital neighbourhood. Pluto was reclassified as a dwarf planet in 2006 under this definition.
How accurate is the identification?
Accuracy is highest for clear images of distinctive bodies such as Saturn (rings), Jupiter (banded atmosphere and Great Red Spot), Mars (rust-red surface), and Earth (blue oceans and white clouds). Bodies with less distinctive appearances or low-resolution images may yield Moderate or Low confidence results.
Can it identify exoplanets or objects outside our solar system?
The AI primarily identifies objects within our solar system where distinctive visual characteristics are known and documented. Exoplanets are generally not directly imaged and are not typically identifiable from photographs. Well-known stars and some nebulae visible in distinctive NASA images may be identifiable.
Identify Any Planet or Celestial Body Instantly
Sign up free and get 100 credits instantly. Upload any space image and get a complete scientific profile in seconds.
Disclaimer: This tool uses generative AI technology which may produce content that resembles copyrighted materials or that is inaccurate, incomplete, or out-of-date. It is provided for general information and educational purposes only and is not intended for illegal activities or to replace professional advice, diagnosis, or treatment. Users are solely responsible for how they use the generated content. If you plan to use AI-generated content commercially or publicly, we strongly recommend reviewing it for potential copyright issues and obtaining proper permissions where necessary. We accept no liability for copyright infringement or any other consequences resulting from the use of content generated by this tool.