Free Solar Eclipse Simulator
Solar Eclipse Simulator lets you select an eclipse event, enter a city or latitude and longitude, estimate local visibility, compare start, maximum, and end times, drag the eclipse timeline, and keep eye-safety guidance close.
Built for quick Solar Eclipse Simulator planning with city presets, coordinates, obscuration estimates, and safe-viewing reminders.
Start Solar Eclipse Simulator here: choose the August 2026 total eclipse, February 2027 annular eclipse, or August 2027 total eclipse, then enter a city or coordinates.
Choose an eclipse event, select a city or enter coordinates, then Solar Eclipse Simulator estimates local visibility, timing, obscuration, and safety status.
Eclipse event
City or coordinates
Pick a preset city or switch to custom coordinates. Solar Eclipse Simulator accepts decimal latitude and longitude.
Solar Eclipse Simulator safety reminder
Use ISO 12312-2 compliant eclipse glasses or an indirect viewer for every partial or annular phase. Regular sunglasses are not safe for direct Sun viewing.
Normal edits keep the clean page URL. Copy a result link only when you want to share this event and coordinate combination.
Solar Eclipse Simulator local result
Start time
-
Maximum eclipse
-
End time
-
Maximum obscuration
0%
Distance to central path
0 km
Visibility level
-
The timeline visualizes the Moon covering the Sun from first contact to last contact using the estimated maximum obscuration.
Solar Eclipse Simulator compares your coordinates with simplified central-path samples and a broad partial-visibility radius. Local clouds, horizon altitude, exact contact times, lunar-limb corrections, and official site circumstances are outside this browser model.
Solar Eclipse Simulator is an educational planning model based on simplified shadow-path distance. It is not an official ephemeris, weather forecast, or travel guarantee; confirm exact local circumstances with authoritative eclipse maps before observing.
Solar Eclipse Simulator turns eclipse-event selection plus city or coordinate input into a quick visibility, obscuration, and timing estimate.
Solar Eclipse Simulator estimates whether your location falls inside the modeled visibility zone and whether the result is total, annular, major partial, light partial, or not visible.
Solar Eclipse Simulator gives start, maximum, and end timing, then lets you scrub the eclipse timeline while keeping safe-viewing reminders visible.
Use this Solar Eclipse Simulator guide to make an early visibility plan before checking official eclipse circumstances.
Pick one of the included solar eclipse events. Solar Eclipse Simulator loads a simplified central path and event time for that eclipse.
Select a city preset or enter decimal latitude and longitude. Solar Eclipse Simulator compares that point with the approximate eclipse path.
Review estimated start, maximum, and end times, obscuration, visibility level, and the interactive phase timeline.
Use official local circumstances before travel or public observing. This Solar Eclipse Simulator is a fast education tool, not a replacement for authoritative eclipse predictions.
Explore more simulatorsSolar Eclipse Simulator focuses on the visibility and safety questions people ask before watching a solar eclipse.
Switch between included total and annular solar eclipse events.
Start with familiar cities, then fine-tune with exact coordinates.
Estimate how much of the Sun may be covered at maximum eclipse.
See total, annular, major partial, light partial, or not visible status.
Drag through start, maximum, and end phases to visualize the eclipse.
Keep eclipse glasses and indirect-viewing guidance close to the result.
Solar Eclipse Simulator helps with early eclipse planning, lessons, travel screening, and safe observation preparation.
Check whether a home city is likely to see a selected eclipse.
LocalCompare nearby coordinates before deciding where to research official maps.
TravelShow how the central shadow path changes local visibility and obscuration.
LearningPair the timing estimate with reminders about certified viewers and indirect methods.
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These Solar Eclipse Simulator answers explain visibility estimates, timing, obscuration, safety, and why official eclipse maps still matter.
Solar Eclipse Simulator compares your city or coordinates with simplified samples of the eclipse central path and a broad partial-visibility radius. It estimates a visibility grade, but it is not an official local-circumstances calculation.
Yes. Solar Eclipse Simulator estimates local start, maximum, and end times from the selected event time and modeled path distance. Treat them as planning times and verify exact contact times with authoritative eclipse predictions.
Obscuration is the estimated fraction of the Sun covered by the Moon at maximum eclipse for the selected location. Solar Eclipse Simulator expresses it as a percentage.
No. Solar Eclipse Simulator is a fast educational browser model. For travel, photography, events, or public observing, confirm with official eclipse maps and local circumstances.
Solar Eclipse Simulator reminds users to use ISO 12312-2 compliant eclipse glasses or indirect viewing for partial and annular phases. Regular sunglasses are not safe for direct solar viewing.
Open Solar Eclipse Simulator, choose an eclipse event, and enter a city or exact coordinates to estimate visibility, timing, and obscuration.
Then drag the Solar Eclipse Simulator timeline to preview the Moon covering the Sun and review safe-viewing reminders before you observe.
Solar Eclipse Simulator keeps ordinary visits at the clean page URL and only creates a result URL when you copy one.