Thu, Oct 1, 05:54 AM
Earliest next pass · Cape Town
Browse South Africa by region to find the next visible ISS pass for your city—local viewing times, sky direction, elevation and cloud cover for the next 72 hours.
Major-city outlook for the next 36 hours
Forecast updated: Sep 30, 2026, 11:55 PM
Thu, Oct 1, 05:54 AM
Earliest next pass · Cape Town
7/8
Major cities with a visible pass
Port Elizabeth
Best sampled pass · 23.7°
Among 8 sampled major cities in South Africa, 7 currently have a visible ISS pass in the next 36 hours. The earliest is near Cape Town around Thu, Oct 1, 05:54 AM. The best sampled elevation in this window reaches about 23.7°. Open a city below for its full 72-hour forecast, map and cloud cover.
A fast comparison of 8 populous cities. Open a city for its complete 72-hour forecast, map and weather.
Use this page as a directory for South Africa: compare the major-city outlook above, then open your city for a full local forecast.
A pass over South Africa 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.
Find the next visible International Space Station passes across South Africa, with local times, directions, elevation and cloud cover by region.
Browse South Africa by region to find the next visible ISS pass for your city—local viewing times, sky direction, elevation and cloud cover for the next 72 hours.
Open a state or region below, then choose your city for a 72-hour visible-pass forecast with local times, sky direction, elevation and cloud cover across South Africa.
Use the region and city lists on this page, or search from the main ISS tracker. Each city page uses that location’s coordinates and timezone.
Only passes where the station is sunlit, at least 10° above the horizon, and the local sky is dark enough are listed as visible.
Orbital times are usually accurate to within seconds when current orbital elements are available. Recheck close to the pass because the orbit is periodically updated.
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