Annular Solar Eclipse of 1 June 2030

Annular eclipse · saros 128

1 June 2030

Eclipse day approaches

Greatest annularity: 5m 21s; NASA catalogue central duration.
Magnitude: 0.944; Fraction of the Sun's diameter covered at greatest eclipse.

The order the shadow crosses the path, west → east.

1Algeria
2Tunisia
3Greece
4Turkey
5Russia
6China
7Japan

The annular path crosses the Mediterranean, Turkey, Russia and ends over Japan.

Country sequence from the NASA GSFC catalogue. This is a schematic order, not a geographic map — see methodology.

Computed visibility map: shading shows how much of the Sun is covered at local maximum; the outlined dark band is the path of annularity. — Where the 1 June 2030 eclipse is visible — computed from NASA Besselian elements on a fine world grid; gold shading is the fraction of the Sun's diameter covered at local maximum, the outlined band is annularity. Coastlines: Natural Earth. Click the map to zoom.

The facts, in one place

Date (UT)	1 June 2030
Type	Annular
Greatest annularity	5m 21s
Magnitude	0.944
Saros series	128
Path countries	Algeria → Tunisia → Greece → Turkey → Russia → China → Japan

Why it matters: The Mediterranean’s ring-of-fire morning — filters on for every second of it.

Safety: an annular eclipse never becomes safe to look at. The remaining ring of Sun is blinding through the entire event — ISO-certified filters for every second, no exceptions. Eye safety.

This page carries NASA catalogue facts only — no city timings yet. When this eclipse gets close enough to plan, it will get the same treatment as 2027 and 2028: local circumstances computed for the path cities with our validated engine, cloud climatology where a source exists, and honest dashes where one doesn't.

← All upcoming eclipses · The 2027 main event

Source: NASA GSFC eclipse catalogue (SEdecade tables), fetched 2026-08-09.