Best method
Start with the brightest nearby objects, then compare Geminids with the AR overlay.
The Geminids are often one of the strongest annual meteor showers, peaking in December.
Use these cues first, then confirm the pattern in the AR viewer.
Start with the brightest nearby objects, then compare Geminids with the AR overlay.
Altitude and direction change with latitude, longitude, date, and time.
If the phone compass drifts, adjust the heading controls until a known star pattern lines up.
The Geminids usually peak in mid-December. Cold clear nights and a dark sky improve your chances.
The radiant is near Gemini, but meteors can streak across many parts of the sky.
Open the AR viewer to find Gemini and the radiant region, then scan the whole sky without staring at the phone.
Geminids pages should be used for planning first: learn the likely peak period, understand the radiant direction, then choose a dark place with a wide view of the sky.
The radiant tells you where meteor paths appear to come from, but it is usually not the best place to stare directly. Meteors can streak far away from the radiant across a broad part of the sky.
Use AR briefly to identify the radiant constellation and nearby landmarks, then put the phone away so your eyes stay dark adapted.
Meteor counts vary with Moon phase, cloud cover, transparency, light pollution, and how long you watch without looking at bright screens.
A shower can be active even when you see few meteors from a city. The practical difference between a city sidewalk and a dark rural sky can be larger than the difference between two nights near the peak.
Use these practical cues to connect the written guide with the live AR sky overlay.
Meteor showers are usually best after midnight, when your side of Earth faces more directly into the stream.
Dark skies, a wide open view, warm clothing, and patience matter more than staring at the radiant.
A bright Moon can hide faint meteors, so check moon phase and moonrise before planning.
Use AR to find the Geminids radiant direction, then put the phone away to preserve night vision.
Short answers for common skywatching questions before opening the AR viewer.
Often yes if the key stars or object are bright enough, but haze, buildings, and light pollution can hide fainter details.
Mobile compass readings can drift near metal, cases, cars, and buildings. Move away from those sources and restart AR if the direction remains unstable.
Yes. The same object can be high, low, or below the horizon depending on your location and the current time.
Use these pages to move from reading into the AR viewer with better context.
Use the browser sky map to compare Geminids with the real sky from your location.