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Space Map Space Map is a real-time, real-scale, fully continuous map of the solar system, mapping 1.6m objects and 16k surface features as of July 2026. Click the images to open Features Space Map computes positions at any date, using orbital elements from NASA, ESA, JAXA, and the US Space Force: Type Count Source Planets 8 NASA SPICE kernels (NAIF) Dwarf planets 10 NASA JPL Horizons Moons 466 NASA JPL Horizons Asteroids 1.5m Small-Body Database Comets 4k Small-Body Database Spacecraft 27k CelesTrak, Space-Track, NASA (JPL Horizons, NAIF, PDS), ESA SPICE Service, JAXA DARTS Satellite debris 40k CelesTrak, Space-Track Surface features 16k Gazetteer of Planetary Nomenclature (IAU/USGS/NASA) Each of these is displayed at its current position, and shown at its real size (when known). Click any object to focus it. Time control: Speed up or reverse time, go to any date. Collections: See all Starlink, GPS, Geostationary satellites, the Jupiter Trojan asteroids, hyperbolic comets. Search: Text search & filters, infinite scroll - it's 2026, time to doomscroll potentially hazardous asteroids. Historical positions for earth satellites & probes from 1959. Coverage is limited for early & non-US/EU/JA spacecraft. Over 250 spacecraft with 3D models: ISS, Hubble, James Webb, Juno, Cassini, New Horizons, Voyager 2. Textures for all planets, 25 moons, and 14 minor bodies; 3d models for 11k asteroids, comets, and moons; colors for 2k small bodies from TrueColorTools. System-scale lighting with accurate eclipses, self-shadowing. Deep links: Easily share what you're looking at. Images from Wikimedia Commons for 4k objects, descriptions from Wikipedia for 64k. Metadata from Wikidata and Jonathan C. McDowell's GCAT. Localization: Full localization in 12 languages, with content from Wikipedia. UI elements were localized by Claude Opus 4.8 & Fable 5. Credits & sources: see full attributions in the credits page. Performance: Load a solar system faster than your bank can show you your balance. Easter eggs: I won't spoil them for you. Architecture Space Map's frontend is built with SvelteKit and Three.js (WebGL), and is hosted on Cloudflare Workers. Three.js has 32-bit precision for positions. To make a continous solar system work at all scales, the map uses camera-based rendering: the world's origin coordinates is the camera. Objects that are very close to it exist in an area where lots of precision is available, and precision is not wasted on far-off objects. When this goes wrong, the effects are very visible. The positions for most asteroids & comets are computed in web workers: that's what makes real-time positions possible with 1.6m objects. The data pipeline is built in Python. It downloads each dataset, joins them in a SQLite database, and exports them to static files. Those static files are served as static Cloudflare Workers assets: there's no backend for most of the app. This has drawbacks, but allows serving lots of data very fast, at very low cost. In particular, maintenance is very easy: all "endpoints" are served once, so there's no risk of runtime backend errors. The export format is documented (written by AI). Search is provided by a Meilisearch database running in a VPS. Positions The export pipeline compresses orbital elements from ~100GiB down to 1.9GiB, and splits them in chunks so the frontend can propagate the current position quickly. The loss in accuracy is significant, but very small for major objects: planets, moons, and important small objects, and spacecraft are typically off by meters to hundreds of meters compared to high-accuracy tracking data. Sources for these major objects are spice kernels, which can contain tracking data at regular intervals. This is great for irregular orbits, but scales with shorter orbital period. A satellite in low orbit will take a lot of space, but those orbits tend to be stable. The pipeline will convert this heavy format into light keplerian elements, including precession when it results in an accuracy improvement. Those elements do go stale, the pipeline time-chunks elements. The results are very good: the Mars Reconnaissance Orbiter (MRO) goes from 10GiB to ~0.28 MiB, with a P95 accuracy loss of only 134.4km at the edge of chunks (worst case). Not science grade, but good enough for visualization. Important objects (famous probes, planets, major moons) have a higher size budget, so their positions will be more accurate. For earth satellites, positions are computed with SGP4 with satellites.js. Orbital elements are exported weekly from the US Space Force, with a historical archive from 1959. Orbital elements for Asteroids & comets are retrieved from the JPL Small-Body Database, which only provides static current orbital elements. Positions for these 1.5m objects will be less accurate the further from the current date you go. Other space maps NASA's Eyes - NASA's map of the solar system & nearby stars celestrak.keeptrack.space - Earth satellites stuffin.space - Earth satellites, live satellitemap.space - Earth satellites, live Google Maps Space - Planets & moons, not continuous If the moon were one pixel - 1D map of the solar system Space Engine, Celestia, Universe Sandbox: universe simulators with desktop/mobile apps Kerbal Space Program's orbit map was the original inspiration for this project
AllInMap is the community-powered city explorer that helps you find public amenities, essential facilities, and hidden gems, whether you're a tourist, backpacker, or local.FIND WHAT YOU NEED, INSTANTLYLocate 10 types of public amenities on an interactive map:Drinking fountains & water refill pointsPublic toilets & restroomsTrash bins & waste stationsBenches & rest areasOutdoor gyms & fitness equipmentBasketball courtsSoccer fieldsSkateparksPanoramic viewpoints & photo spotsATMs & cash machinesFilter by category, rating, or favorites to find exactly what you need near you.COMMUNITY-POWERED MAPSBrowse and contribute to a growing network of user-created maps. Add pins, upload photos, rate locations, and help fellow explorers navigate any city. Every contribution makes the map better for everyone.CREATE YOUR OWN CUSTOM MAPSBuild personalized maps with custom marker types, icons, colors, and properties. Keep them private or share them publicly. Invite friends to collaborate and add their own pins — perfect for travel planning, local guides, or group trips.OFFLINE MAPS — NO INTERNET NEEDEDDownload map regions before you travel. Access saved markers and navigate without Wi-Fi or mobile data. Essential for travelers, hikers, and anyone exploring areas with limited connectivity.GAMIFICATION & ACHIEVEMENTSEarn points, unlock 30+ milestones, and collect badges as you contribute. Climb the global and weekly leaderboards. Track streaks, compete with friends, and become a top community mapper.SOCIAL & COMMUNITY FEATURESFollow other mappers, view public profiles, and discover top contributors on the leaderboard. Get notified when someone likes your pins or shares a map with you. Build your reputation as a city expert.12 LANGUAGES SUPPORTEDAvailable in English, Spanish, French, German, Italian, Portuguese, Dutch, Polish, Turkish, Chinese, Catalan, and Basque.PERFECT FORTourists, travelers & backpackers looking for nearby toilets, water, or rest spotsDigital nomads exploring new citiesFamilies needing quick access to public facilitiesFitness enthusiasts finding outdoor gyms, basketball courts & soccer fieldsSkaters searching for skateparksPhotographers hunting for panoramic viewpointsLocals who want to map and share their city knowledgeWHY ALLINMAP?10 essential amenity categories in one appFully offline-capable: download maps for travelCreate, customize, and share your own mapsGamified experience with milestones and leaderboardsCollaborative mapping with friends and communityClean, intuitive interface: no clutter100% community-driven and constantly growingDownload AllInMap now and never struggle to find a public toilet, drinking fountain, or park bench again. Explore smarter. Map together.
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