Satellites Tonight

Eclipses in South Africa

Next solar eclipse in South Africa: 6 February 2027

Annular solar eclipse (Chile, Argentina, Uruguay and Brazil in the path). Totality crosses South Africa on 25 November 2030. Pick your city for exact local times.

The biggest cities

next eclipse of each kind
CityNext solar eclipseNext lunar eclipseNext total solar
Johannesburg 6 Feb 2027 3.7%6 Jul 2028 partialafter 2100
Cape Town 6 Feb 2027 2.3%6 Jul 2028 partialafter 2100
Durban 6 Feb 2027 0.7%6 Jul 2028 partial25 Nov 2030
Pretoria 6 Feb 2027 3.7%6 Jul 2028 partialafter 2100
Soweto 6 Feb 2027 4.0%6 Jul 2028 partialafter 2100
Gqeberha 6 Feb 2027 0.8%6 Jul 2028 partial24 Jul 2055
Soshanguve 6 Feb 2027 3.8%6 Jul 2028 partialafter 2100
Pietermaritzburg 6 Feb 2027 1.2%6 Jul 2028 partial25 Nov 2030
Evaton 6 Feb 2027 3.8%6 Jul 2028 partialafter 2100
Benoni 6 Feb 2027 3.4%6 Jul 2028 partialafter 2100
Bloemfontein 6 Feb 2027 3.7%6 Jul 2028 partialafter 2100
Thembisa 6 Feb 2027 3.5%6 Jul 2028 partialafter 2100
East London 6 Feb 2027 0.9%6 Jul 2028 partial24 Jul 2055
Vereeniging 6 Feb 2027 3.7%6 Jul 2028 partialafter 2100
Boksburg 6 Feb 2027 3.4%6 Jul 2028 partialafter 2100
Welkom 6 Feb 2027 4.2%6 Jul 2028 partial25 Nov 2030
Newcastle 6 Feb 2027 1.8%6 Jul 2028 partial11 Jun 2086
Krugersdorp 6 Feb 2027 4.1%6 Jul 2028 partialafter 2100
Rustenburg 6 Feb 2027 4.6%6 Jul 2028 partialafter 2100
Emalahleni 6 Feb 2027 2.4%6 Jul 2028 partial2 Aug 2046
Randburg 6 Feb 2027 3.8%6 Jul 2028 partialafter 2100
Roodepoort 6 Feb 2027 4.0%6 Jul 2028 partialafter 2100
Botshabelo 6 Feb 2027 3.4%6 Jul 2028 partialafter 2100
Brakpan 6 Feb 2027 3.4%6 Jul 2028 partialafter 2100
Kariega 6 Feb 2027 0.9%6 Jul 2028 partial24 Jul 2055
All 30 cities in South Africa

Eclipse predictions by Fred Espenak, NASA's GSFC: NASA Eclipse Web Site, Five Millennium Canon of Solar Eclipses and Catalog of Lunar Eclipses (Espenak & Meeus): Besselian elements, path of totality tables and lunar contact times. City times are computed by us from those Besselian elements with the standard method (Meeus, Elements of Solar Eclipses), using a current estimate of ΔT (Earth-rotation correction) instead of the Canon's older extrapolation; they agree with NASA's own calculator to 0.1 s and with an independent Skyfield/JPL DE440 computation to within 15 s. Times are for sea level and ignore the lunar limb profile (a few seconds near the path edges). City coordinates: GeoNames (CC BY 4.0).