Satellite Passing Over Me Tonight: How to Find Satellites From Your Location

If you searched for a “satellite passing over me tonight,” the most important word is “me.” Satellite passes are location-specific. A prediction for another city can be useless even if it is only a few hundred miles away. Set your observer location in SpaceTracker.live, then interpret the pass using time, azimuth, elevation and lighting conditions.

How to find satellites passing over your location tonight

Start with the tracker for the object you care about—such as the ISS, Starlink, Hubble or a weather satellite. Set your location, review the upcoming passes and choose a pass with a useful elevation. A nationwide schedule is not a substitute for an observer-specific calculation.

What a satellite pass prediction actually calculates

A pass prediction estimates when a spacecraft rises above your local horizon, how its direction changes, the maximum elevation it reaches and when it drops below the horizon again. The calculation combines orbital data with your geographic coordinates and time.

Why higher elevation usually helps

A low pass can remain close to trees, buildings, terrain and atmospheric haze. A high pass crosses a larger, clearer portion of your sky. Maximum elevation therefore gives you a quick way to compare two otherwise similar opportunities.

Pass prediction does not equal visual visibility

A geometric pass can happen in daylight or while the satellite is in Earth’s shadow. It can also be obscured by cloud. For naked-eye observing you must combine orbital geometry with illumination and sky conditions. This distinction is especially important for small satellites that may be much fainter than the ISS.

How fresh orbital data affects accuracy

Earth-orbit trackers commonly propagate recent orbital element data forward in time. Predictions are strongest when the source elements are current and the object is behaving predictably. Maneuvers, atmospheric drag and stale elements can increase error. This is why a tracker is a prediction tool rather than a promise that an object will cross an exact pixel in the sky.

What information should you write down before going outside

• Local pass time
• Appearance direction
• Maximum elevation
• Disappearance direction
• Expected duration
• Cloud and sky conditions

For help translating angles into sky directions, use our azimuth and elevation guide.

Frequently asked questions

What satellite is passing over me right now?

Use a live location-based tracker and compare the current sky position with your observer coordinates. Multiple satellites can be above the horizon at the same time.

How accurate are satellite pass predictions?

They can be very useful when recent orbital data is available, but accuracy varies by object, data age, maneuvers and the length of the forecast.

Why is the satellite early or late?

Small timing differences can result from orbital-data age, propagation uncertainty or the difficulty of judging the exact moment you visually acquire a faint object.

Is a low-elevation pass worth watching?

It can be, but buildings, trees and haze make low passes harder. Higher passes are generally easier for casual observers.