2026 ECLIPSE · PATH OF TOTALITY
12 August 2026 Solar Eclipse — Path of Totality
The 12 August 2026 total solar eclipse follows a narrow path across the Northern Hemisphere.
The path crosses northern Russia, Greenland, Iceland, the North Atlantic, Spain and a small corner of northwestern Portugal.
Only observers inside this narrow band experience totality. A much larger surrounding region sees a partial solar eclipse.
The totality path also crosses ocean regions.
Only observers inside this band see the total phase.
Nearby regions see a partial eclipse instead.
Once you choose a location, check where the Sun is in your sky.
The eclipse map tells you where totality is. SunPoint tells you where to look.
SunPoint supports Eclipse mode for the 12 August 2026 event. Drop a pin or use your location to check local eclipse direction, solar azimuth, altitude and the map direction line where the calculation layer supports it.
- Local eclipse type where supported
- Maximum phase direction
- Solar altitude and azimuth
- Horizon planning from your pin
Never infer totality from country-level status. A city or viewpoint must be checked against the narrow path.
What is the path of totality?
The path of totality is the narrow strip on Earth where the Moon completely covers the Sun's bright surface during a total solar eclipse.
Outside it, the same event is seen as a partial eclipse.
Countries crossed
For 12 August 2026, the totality path crosses northern Russia, Greenland, Iceland, the North Atlantic, Spain and a small corner of Portugal.
Major totality locations
Reykjavík, León, Bilbao, Zaragoza and Valencia are high-interest city pages for this eclipse. Madrid, Barcelona and London remain partial-eclipse pages rather than totality pages.
Found a location? Now check your horizon
A path map tells you where on Earth to stand. It does not tell you whether a building, ridge, cliff, tree line or coastline blocks the Sun from your exact spot.
Why altitude and azimuth matter
Azimuth tells you the compass bearing of the Sun. Altitude tells you how high it is above the horizon. These are the practical numbers that turn an eclipse trip into a real viewing plan.
Solar safety
Direct solar viewing during partial phases requires suitable eclipse glasses or another safe viewing method.
Ordinary sunglasses and cloud are not eye protection. Only observers confirmed inside complete totality may look directly during the brief fully total phase, and protection must be restored as soon as any bright solar surface reappears.
Authoritative sources and safety
Use authoritative eclipse data before travel and use proper solar-viewing protection during partial phases.
Photography and horizon tips
- Check whether your exact location is inside totality.
- Do not rely on country-level maps alone.
- Check Sun azimuth and altitude.
- Scout the horizon in advance.
- Use proper solar protection during partial phases.
Frequently asked questions
Find your eclipse direction
The eclipse map tells you where totality is. SunPoint tells you where to look.
Open eclipse map →