ISS pass times in Sichuan

Select a city in Sichuan, China for a location-specific 72-hour visible pass forecast.

ISS visibility across Sichuan

Major-city outlook for the next 36 hours

Forecast updated: Sep 30, 2026, 9:40 PM

Thu, Oct 1, 06:55 PM

Earliest next pass · Dazhou

8/8

Major cities with a visible pass

Dazhou

Best sampled pass · 61.5°

Among 8 sampled major cities in Sichuan, 8 currently have a visible ISS pass in the next 36 hours. The earliest is near Dazhou around Thu, Oct 1, 06:55 PM. The best sampled elevation in this window reaches about 61.5°. Open a city below for its full 72-hour forecast, map and cloud cover.

How to find ISS pass times in Sichuan

Use this page as a directory for Sichuan: compare the major-city outlook above, then open your city for a full local forecast.

  1. Browse the regions or cities listed for Sichuan (or start from a major city in the outlook above).
  2. Open a city page to see the next 72 hours of visible passes in that city’s local timezone, with direction, elevation and cloud cover.
  3. Recheck close to the pass—orbital elements update regularly, and cloud cover can change.

A pass over Sichuan is listed as visible only when the station is sunlit, at least 10° above the horizon, and the local sky is dark enough for naked-eye viewing. Not every overhead flight meets those conditions.

Common questions about seeing the ISS in Sichuan

When is the ISS visible in Sichuan?

Pick a city in Sichuan below for a location-specific 72-hour forecast of visible ISS passes with local times, direction, elevation and cloud cover.

How do I get a pass forecast for my city in Sichuan?

Browse or search the city list on this page. Opening a city loads a forecast calculated from that city’s coordinates and timezone.

Why might there be no visible ISS pass this week in Sichuan?

The ISS still flies nearby, but a pass is only listed when it is sunlit, high enough above the horizon, and the local sky is dark enough.

How accurate are the times for Sichuan?

Times are usually accurate to within seconds with current orbital data. Recheck shortly before a pass, as orbital elements are updated regularly.

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