Experience the wonders of the cosmos like never before with our cutting-edge Satellite Tracker API! 🚀 This powerful tool provides real-time satellite tracking and precise predictions for thousands of orbiting satellites, bringing the celestial world closer to you.
With our Satellite Tracker API, you can effortlessly monitor the paths and positions of various satellites as they orbit the Earth. Whether it's the iconic International Space Station gracefully gliding across the night sky or the legendary Hubble Space Telescope exploring the depths of the universe, you'll have access to detailed real-time tracking information for a vast array of space-faring objects.
The API's advanced prediction capabilities allow you to forecast future satellite positions with high accuracy. Seamlessly access projected paths and times of satellite passes over specific locations, empowering you to plan astronomical observations, stargazing events, or satellite photography opportunities.
Designed with simplicity and efficiency in mind, integrating the Satellite Tracker API into your applications is a breeze. Developers can access satellite data via straightforward API calls, enabling the integration of this cosmic treasure trove into a wide range of projects.
Whether you're an astronomy enthusiast, a satellite researcher, or a space technology aficionado, this API opens up a universe of possibilities. Stay informed about upcoming satellite flybys, learn about the operational statuses of spacecraft, and track the movements of space missions as they unfold in real-time.
Educators can captivate students with live satellite tracking, enriching astronomy lessons and sparking a passion for space exploration. Developers can craft innovative space-themed apps or educational tools that bring the wonders of the universe to a global audience.
Moreover, our Satellite Tracker API can be a valuable asset for space agencies, satellite operators, and aerospace companies. Monitor and optimize satellite positioning, coordinate communication with spacecraft, and ensure smooth satellite deployments.
Experience the thrill of celestial navigation and the fascination of orbital mechanics with our Satellite Tracker API. Revolutionize your projects, engage with the cosmos in a whole new way, and embark on an astronomical journey of discovery and exploration. Explore the mysteries of space with confidence and precision, one satellite pass at a time! 🛰️🌌
Receive relevant data from a satellite-based on its NORAD TLE number. Also, be able to recognize when a satellite will be visible in the sky in a given coordinate.
Stargazing and Astronomy Apps: Developers can create stargazing and astronomy apps that utilize the Satellite Tracker API to provide real-time information about visible satellite passes. Users can receive alerts and notifications about upcoming satellite flybys, enabling them to spot prominent satellites like the International Space Station and marvel at the celestial wonders above.
Satellite Photography Planning: Photographers and space enthusiasts can leverage the API to plan satellite photography sessions. By accessing satellite pass predictions for specific locations and times, they can coordinate their camera setups to capture stunning images of satellites passing against the backdrop of the night sky or Earth.
Educational Tools and Space Science Research: Educational institutions and researchers can integrate the Satellite Tracker API into educational tools and space science research projects. Students and researchers can explore the orbits and movements of various satellites, learn about space missions, and delve into the complexities of orbital mechanics for a deeper understanding of space exploration.
Satellite Communication and Operations: Space agencies and satellite operators can utilize the API to monitor the positions and trajectories of their satellites. Real-time tracking and predictions can assist in optimizing satellite positioning, coordinating communication windows, and ensuring smooth satellite operations and deployments.
Aerospace Visualization and Simulation: Aerospace companies and engineers can incorporate the Satellite Tracker API into their visualization and simulation software. By integrating real-time satellite tracking data, they can create immersive 3D simulations of satellite orbits and trajectories, aiding in spacecraft mission planning and engineering analyses.
Besides the number of API calls, there is no other limitation
Countries who have launched satellites which have been or are in orbit.
[{"id":"1","name":"ARGENTINA","abbreviation":"ARGN"},{"id":"2","name":"AUSTRIA","abbreviation":"ASRA"},{"id":"3","name":"AUSTRALIA","abbreviation":"AUS"},{"id":"4","name":"AZERBAIJAN","abbreviation":"AZER"},{"id":"5","name":"BELGIUM","abbreviation":"BEL"},{"id":"6","name":"BELARUS","abbreviation":"BELA"},{"id":"7","name":"BERMUDA","abbreviation":"BERM"},{"id":"8","name":"PEOPLES REPUBLIC OF BANGLADESH","abbreviation":"BGD"},{"id":"9","name":"BULGARIA","abbreviation":"BGR"},{"id":"10","name":"BOLIVIA","abbreviation":"BOL"},{"id":"11","name":"BRAZIL","abbreviation":"BRAZ"},{"id":"12","name":"CANADA","abbreviation":"CA"},{"id":"13","name":"PEOPLES REPUBLIC OF CHINA/BRAZIL","abbreviation":"CHBZ"},{"id":"14","name":"CHILE","abbreviation":"CHLE"},{"id":"15","name":"COMMONWEALTH OF INDEPENDENT STATES","abbreviation":"CIS"},{"id":"16","name":"COLOMBIA","abbreviation":"COL"},{"id":"17","name":"REPUBLIC OF COSTA RICA","abbreviation":"CRI"},{"id":"18","name":"CZECHOSLOVAKIA","abbreviation":"CZCH"},{"id":"19","name":"DENMARK","abbreviation":"DEN"},{"id":"20","name":"ECUADOR","abbreviation":"ECU"},{"id":"21","name":"EGYPT","abbreviation":"EGYP"},{"id":"22","name":"EUROPEAN SPACE AGENCY","abbreviation":"ESA"},{"id":"23","name":"EUROPEAN SPACE RESEARCH ORGANIZATION","abbreviation":"ESRO"},{"id":"24","name":"ESTONIA","abbreviation":"EST"},{"id":"25","name":"EUROPEAN ORGANIZATION FOR THE EXPLOITATION OF METEOROLOGICAL SATELLITES","abbreviation":"EUME"},{"id":"26","name":"EUROPEAN TELECOMMUNICATIONS SATELLITE ORGANIZATION (EUTELSAT)","abbreviation":"EUTE"},{"id":"27","name":"FRANCE/GERMANY","abbreviation":"FGER"},{"id":"28","name":"FINLAND","abbreviation":"FIN"},{"id":"29","name":"FRANCE","abbreviation":"FR"},{"id":"30","name":"FRANCE/ITALY","abbreviation":"FRIT"},{"id":"31","name":"GERMANY","abbreviation":"GER"},{"id":"32","name":"REPUBLIC OF GHANA","abbreviation":"GHA"},{"id":"33","name":"GLOBALSTAR","abbreviation":"GLOB"},{"id":"34","name":"GREECE","abbreviation":"GREC"},{"id":"35","name":"HUNGARY","abbreviation":"HUN"},{"id":"36","name":"INTERNATIONAL MARITIME SATELLITE ORGANIZATION (INMARSAT)","abbreviation":"IM"},{"id":"37","name":"INDIA","abbreviation":"IND"},{"id":"38","name":"INDONESIA","abbreviation":"INDO"},{"id":"39","name":"IRAN","abbreviation":"IRAN"},{"id":"40","name":"IRAQ","abbreviation":"IRAQ"},{"id":"41","name":"ISRAEL","abbreviation":"ISRA"},{"id":"42","name":"INTERNATIONAL SPACE STATION","abbreviation":"ISS"},{"id":"43","name":"ITALY","abbreviation":"IT"},{"id":"44","name":"INTERNATIONAL TELECOMMUNICATIONS SATELLITE ORGANIZATION (INTELSAT)","abbreviation":"ITSO"},{"id":"45","name":"HASHEMITE KINGDOM OF JORDAN","abbreviation":"JOR"},{"id":"46","name":"JAPAN","abbreviation":"JPN"},{"id":"47","name":"KAZAKHSTAN","abbreviation":"KAZ"},{"id":"48","name":"REPUBLIC OF KENYA","abbreviation":"KEN"},{"id":"49","name":"LAOS","abbreviation":"LAOS"},{"id":"50","name":"DEMOCRATIC SOCIALIST REPUBLIC OF SRI LANKA","abbreviation":"LKA"},{"id":"51","name":"LITHUANIA","abbreviation":"LTU"},{"id":"52","name":"LUXEMBOURG","abbreviation":"LUXE"},{"id":"53","name":"MOROCCO","abbreviation":"MA"},{"id":"54","name":"MALAYSIA","abbreviation":"MALA"},{"id":"55","name":"MEXICO","abbreviation":"MEX"},{"id":"56","name":"MONGOLIA","abbreviation":"MNG"},{"id":"57","name":"NORTH ATLANTIC TREATY ORGANIZATION","abbreviation":"NATO"},{"id":"58","name":"NETHERLANDS","abbreviation":"NETH"},{"id":"59","name":"NEW ICO","abbreviation":"NICO"},{"id":"60","name":"NIGERIA","abbreviation":"NIG"},{"id":"61","name":"NORTH KOREA","abbreviation":"NKOR"},{"id":"62","name":"NORWAY","abbreviation":"NOR"},{"id":"63","name":"FEDERAL DEMOCRATIC REPUBLIC OF NEPAL","abbreviation":"NPL"},{"id":"64","name":"NEW ZEALAND","abbreviation":"NZ"},{"id":"65","name":"O3B NETWORKS","abbreviation":"O3B"},{"id":"66","name":"ORBITAL TELECOMMUNICATIONS SATELLITE (GLOBALSTAR)","abbreviation":"ORB"},{"id":"67","name":"PAKISTAN","abbreviation":"PAKI"},{"id":"68","name":"PERU","abbreviation":"PER"},{"id":"69","name":"POLAND","abbreviation":"POL"},{"id":"70","name":"PORTUGAL","abbreviation":"POR"},{"id":"71","name":"PEOPLES REPUBLIC OF CHINA","abbreviation":"PRC"},{"id":"72","name":"REGIONAL AFRICAN SATELLITE COMMUNICATIONS ORG","abbreviation":"RASC"},{"id":"73","name":"REPUBLIC OF CHINA (TAIWAN)","abbreviation":"ROC"},{"id":"74","name":"ROMANIA","abbreviation":"ROM"},{"id":"75","name":"REPUBLIC OF PHILIPPINES","abbreviation":"RP"},{"id":"76","name":"REPUBLIC OF RWANDA","abbreviation":"RWA"},{"id":"77","name":"SOUTH AFRICA","abbreviation":"SAFR"},{"id":"78","name":"SAUDI ARABIA","abbreviation":"SAUD"},{"id":"79","name":"REPUBLIC OF SUDAN","abbreviation":"SDN"},{"id":"80","name":"SEA LAUNCH DEMO","abbreviation":"SEAL"},{"id":"81","name":"SOCIÉTÉ EUROPÉENNE DES SATELLITES","abbreviation":"SES"},{"id":"82","name":"SINGAPORE","abbreviation":"SING"},{"id":"83","name":"SOUTH KOREA","abbreviation":"SKOR"},{"id":"84","name":"SPAIN","abbreviation":"SPN"},{"id":"85","name":"SINGAPORE/TAIWAN","abbreviation":"STCT"},{"id":"86","name":"SWEDEN","abbreviation":"SWED"},{"id":"87","name":"SWITZERLAND","abbreviation":"SWTZ"},{"id":"88","name":"TO BE DETERMINED/UNKNOWN","abbreviation":"TBD"},{"id":"89","name":"THAILAND","abbreviation":"THAI"},{"id":"90","name":"TURKMENISTAN/MONACO","abbreviation":"TMMC"},{"id":"91","name":"TURKEY","abbreviation":"TURK"},{"id":"92","name":"UNITED ARAB EMIRATES","abbreviation":"UAE"},{"id":"93","name":"UNITED KINGDOM","abbreviation":"UK"},{"id":"94","name":"UKRAINE","abbreviation":"UKR"},{"id":"95","name":"URUGUAY","abbreviation":"URY"},{"id":"96","name":"UNITED STATES OF AMERICA","abbreviation":"US"},{"id":"97","name":"UNITED STATES/BRAZIL","abbreviation":"USBZ"},{"id":"98","name":"VENEZUELA","abbreviation":"VENZ"}]
curl --location --request GET 'https://zylalabs.com/api/2308/satellite+tracker+api/2211/countries' --header 'Authorization: Bearer YOUR_API_KEY'
Categories used to filter satellites
[{"id":1,"name":"AMATEUR RADIO"},{"id":2,"name":"BEIDOU NAVIGATION SYSTEM"},{"id":3,"name":"BRIGHTEST"},{"id":4,"name":"CELESTIS"},{"id":5,"name":"CUBESATS"},{"id":6,"name":"DISASTER MONITORING"},{"id":7,"name":"EARTH RESOURCES"},{"id":8,"name":"EDUCATION"},{"id":9,"name":"ENGINEERING"},{"id":10,"name":"EXPERIMENTAL"},{"id":11,"name":"FLOCK"},{"id":13,"name":"GALILEO"},{"id":14,"name":"GEODETIC"},{"id":15,"name":"GEOSTATIONARY"},{"id":16,"name":"GLOBAL POSITIONING SYSTEM (GPS) CONSTELLATION"},{"id":17,"name":"GLOBAL POSITIONING SYSTEM (GPS) OPERATIONAL"},{"id":18,"name":"GLOBALSTAR"},{"id":19,"name":"GLONASS CONSTELLATION"},{"id":20,"name":"GLONASS OPERATIONAL"},{"id":12,"name":"GOES"},{"id":21,"name":"GONETS"},{"id":22,"name":"GORIZONT"},{"id":25,"name":"INTELSAT"},{"id":26,"name":"IRIDIUM"},{"id":23,"name":"IRNSS"},{"id":24,"name":"ISS"},{"id":27,"name":"LEMUR"},{"id":28,"name":"MILITARY"},{"id":29,"name":"MOLNIYA"},{"id":31,"name":"NAVY NAVIGATION SATELLITE SYSTEM"},{"id":30,"name":"NOAA"},{"id":32,"name":"O3B NETWORKS"},{"id":33,"name":"ORBCOMM"},{"id":34,"name":"PARUS"},{"id":35,"name":"QZSS"},{"id":36,"name":"RADAR CALIBRATION"},{"id":37,"name":"RADUGA"},{"id":38,"name":"RUSSIAN LEO NAVIGATION"},{"id":39,"name":"SATELLITE-BASED AUGMENTATION SYSTEM"},{"id":40,"name":"SEARCH & RESCUE"},{"id":41,"name":"SPACE & EARTH SCIENCE"},{"id":42,"name":"STARLINK"},{"id":43,"name":"STRELA"},{"id":45,"name":"TRACKING AND DATA RELAY SATELLITE SYSTEM"},{"id":46,"name":"TSELINA"},{"id":47,"name":"TSIKADA"},{"id":48,"name":"TSIKLON"},{"id":44,"name":"TV"},{"id":49,"name":"WEATHER"},{"id":50,"name":"WESTFORD NEEDLES"},{"id":51,"name":"XM AND SIRIUS"},{"id":52,"name":"YAOGAN"}]
curl --location --request GET 'https://zylalabs.com/api/2308/satellite+tracker+api/2212/categories' --header 'Authorization: Bearer YOUR_API_KEY'
Details by Norad TLE number.
Ex: 43226
{"name":"HST","number":"20580","type":"PAYLOAD","country":"US","intldes":"1990-037B","orbital_period":"95.15","launch_date":"1990-04-24T00:00:00.000Z","description":"The Hubble Space Telescope (often referred to as HST or Hubble) is a space telescope that was launched into low Earth orbit in 1990 and remains in operation. It was not the first space telescope but it is one of the largest and most versatile, well known both as a vital research tool and as a public relations boon for astronomy. The Hubble telescope is named after astronomer Edwin Hubble and is one of NASA's Great Observatories, along with the Compton Gamma Ray Observatory, the Chandra X-ray Observatory, and the Spitzer Space Telescope.Hubble features a 2.4-meter (7.9 ft) mirror, and its four main instruments observe in the ultraviolet, visible, and near infrared regions of the electromagnetic spectrum. Hubble's orbit outside the distortion of Earth's atmosphere allows it to capture extremely high-resolution images with substantially lower background light than ground-based telescopes. It has recorded some of the most detailed visible light images, allowing a deep view into space. Many Hubble observations have led to breakthroughs in astrophysics, such as determining the rate of expansion of the universe.\nThe Hubble telescope was built by the United States space agency NASA with contributions from the European Space Agency. The Space Telescope Science Institute (STScI) selects Hubble's targets and processes the resulting data, while the Goddard Space Flight Center controls the spacecraft. Space telescopes were proposed as early as 1923. Hubble was funded in the 1970s with a proposed launch in 1983, but the project was beset by technical delays, budget problems, and the 1986 Challenger disaster. It was finally launched by Space Shuttle Discovery in 1990, but its main mirror had been ground incorrectly, resulting in spherical aberration that compromised the telescope's capabilities. The optics were corrected to their intended quality by a servicing mission in 1993.\nHubble is the only telescope designed to be maintained in space by astronauts. Five Space Shuttle missions have repaired, upgraded, and replaced systems on the telescope, including all five of the main instruments. The fifth mission was canceled on safety grounds following the Columbia disaster (2003), but NASA administrator Michael D. Griffin approved the fifth servicing mission which was completed in 2009. The telescope is operating as of 2020, and could last until 2030–2040. Its successor is the James Webb Space Telescope (JWST) which is scheduled to be launched in March 2021.","links":[{"link_name":"wikipedia","link_url":"https://en.wikipedia.org/wiki/Hubble_Space_Telescope"},{"link_name":"hubblesite","link_url":"https://hubblesite.org/"},{"link_name":"nasa","link_url":"https://www.nasa.gov/mission_pages/hubble/main/index.html"}]}
curl --location --request GET 'https://zylalabs.com/api/2308/satellite+tracker+api/2213/satellite+details&number=Required' --header 'Authorization: Bearer YOUR_API_KEY'
Current location by NORAD TLE number
{"coordinates":[-179.8233296863563,28.525146194773214],"norad_id":"20580","height":320.66954315784574,"speed":17023.629377651177,"visibility":null,"footprint_radius":2482039.829396585}
curl --location --request GET 'https://zylalabs.com/api/2308/satellite+tracker+api/2214/current+location&number=Required' --header 'Authorization: Bearer YOUR_API_KEY'
| Header | Description |
|---|---|
Authorization
|
[Required] Should be Bearer access_key. See "Your API Access Key" above when you are subscribed. |
No long-term commitment. Upgrade, downgrade, or cancel anytime. Free Trial includes up to 50 requests.
The Satellite Tracker API is a sophisticated tool that provides real-time tracking and precise predictions for thousands of orbiting satellites. It offers developers access to comprehensive data about the positions, paths, and trajectories of various satellites, including the International Space Station and the Hubble Space Telescope.
The API's satellite predictions are highly accurate, leveraging advanced algorithms and real-time data to calculate satellite orbits. However, the accuracy may be influenced by factors such as atmospheric conditions and satellite maneuvering. Generally, predictions are precise within a few minutes of the actual satellite passes.
Yes, the Satellite Tracker API allows you to track satellites from any location on Earth. You can specify latitude and longitude coordinates or use place names to obtain satellite pass predictions for your chosen observing location.
The API continuously updates its satellite database to reflect the latest information from satellite observation networks and space agencies. This ensures that users have access to real-time and up-to-date satellite tracking data.
The API's database includes various types of satellites, such as Earth observation satellites, communication satellites, scientific satellites, weather satellites, and many more. It covers a diverse range of space-faring objects orbiting the Earth.
The "GET Satellite Details" endpoint returns detailed information about a satellite based on its NORAD TLE number. This includes fields such as the satellite's name, type, country of origin, launch date, and orbital period, providing a comprehensive overview of the satellite's characteristics.
The "GET Current Location" endpoint provides the current coordinates, height, speed, and visibility status of a satellite identified by its NORAD TLE number. This data helps users track the satellite's real-time position in orbit.
The "GET Countries" endpoint returns an array of objects, each containing an ID, country name, and abbreviation. This structure allows users to easily identify which countries have launched satellites currently in orbit.
The "GET Categories" endpoint does not require parameters for basic requests. It returns a list of satellite categories, allowing users to filter satellites based on specific types, such as "Earth Resources" or "Amateur Radio."
The "GET Launch Sites" endpoint provides information about various launch sites around the world. While the example response is empty, typically, it would include fields like site name, location, and country, which are essential for understanding satellite launch origins.
Users can utilize the returned data from the "GET Categories" endpoint to filter satellite searches based on specific interests. For example, selecting the "Military" category allows users to focus on military satellites for research or tracking purposes.
The "GET Current Location" endpoint provides real-time data, including the satellite's coordinates, height above Earth, speed, and visibility. This information is crucial for tracking satellite movements and planning observations.
Data accuracy is maintained through continuous updates from satellite observation networks and space agencies. The API employs advanced algorithms to calculate satellite positions, ensuring reliable tracking and predictions for users.
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