Orbit: ISS & Night Sky

MadMax Labs

About this app

Orbit is an ISS tracker, night sky planner, rocket launch tracker, and interactive 3D solar system in one private app.

See where the International Space Station is now, find visible ISS passes for your location, follow upcoming rocket launches, and get a quick plan for tonight's sky. Point your phone upward with the interactive sky guide, explore the solar system in 3D, or move through time from 1800 to 2050.

WHAT YOU CAN DO

• Track the ISS and see the people currently in space
• Find visible ISS passes calculated for your location
• Get a compact Tonight's Sky summary
• Browse upcoming launches, countdowns, webcasts, and optional reminders
• Identify bright stars, planets, the Moon, the Sun, and the ISS in Look Up
• Add an optional live camera background to the sky guide
• Explore the solar system in interactive 3D
• Move the Time Machine from 1800 to 2050
• Add Next Launch and Tonight widgets to your Android home screen
• View NASA's Astronomy Picture of the Day
• Check today's near-Earth asteroid approaches and solar activity

BUILT FOR TRUST

Orbit clearly labels information as Live, Cached, Stale, or Sample data. Location-based sky and pass calculations happen on your device. There is no account, no advertising, no analytics tracker, and no background location.

OPTIONAL LOCAL ALERTS

Choose notifications for launches, visible ISS passes, or a nightly sky summary. Alerts are scheduled locally by Android, and you can inspect or cancel them inside Orbit.

IMPORTANT

Public feeds can be delayed or unavailable, launch schedules can change, and sky predictions depend on your device sensors and recent orbital information. Orbit is an educational planning tool, not a safety, navigation, or professional astronomy instrument.

Privacy policy: https://madmaxlabs.com/privacy/orbit
Support: [e-mail]

What’s new

Welcome to Orbit. Track the ISS, plan tonight's sky, follow launches, use the Look Up sky guide, explore the 3D solar system and Time Machine, and browse NASA imagery and asteroid approaches.