Spain is preparing for a total solar eclipse on August 12, 2026. The event is expected shortly before sunset, so the viewing position will matter: a low Sun can disappear behind buildings or terrain even when the sky is otherwise clear. Meteorologist Roberto Brasero, speaking to Diario AS, stressed the importance of choosing a site with an unobstructed western horizon.
Totality, the brief interval when the Moon completely covers the Sun, will be visible only along the eclipse’s path. Elsewhere, observers will see a partial eclipse, with the extent of coverage varying by location. That geographic distinction makes local forecasts and a clear sightline especially impressive. The Instituto Geográfico Nacional (IGN), Spain’s national mapping and surveying authority, publishes astronomical information used to plan observations.
Timing and Visibility
The eclipse will unfold at different local times across Spain, and the Sun’s position will vary from place to place. In western and northern locations, it will remain higher above the horizon than in some eastern areas, where the event will take place very close to sunset. The exact viewing experience will depend on the observer’s location and western horizon. Even a small obstruction can block the Sun at a low altitude. Outside the path of totality, the eclipse will remain partial, so solar eye protection is necessary throughout the event.
NASA and astronomical services such as timeanddate.com also list August 12 as the eclipse date. Their location pages distinguish between total and partial visibility. For observers, the practical implication is straightforward: check conditions for the specific viewing site rather than relying on a general forecast for Spain.
Impressive Safety Measures
Brasero’s warning is direct: “Do not look directly at the Sun.” Ordinary sunglasses and improvised filters, including smoked glass and CDs, do not provide safe protection for viewing an eclipse. Use eclipse viewers designed for direct solar observation, and follow their instructions. Remove viewers only during totality and only when the Sun is completely covered at the observer’s location. Put them back on as soon as any part of the bright solar disk reappears.
Cameras and binoculars, along with telescopes, need suitable solar filters secured over the front of the optics. Eclipse glasses are not a substitute for those filters: looking at the Sun through an unfiltered optical device can cause serious eye injury. Outside totality, viewers should keep their eyes protected whenever they look toward the eclipsed Sun.
Weather and Planning
Cloud cover can affect visibility, while summer storms and coastal fog may pose additional problems, particularly in northern regions. AEMET, Spain’s state meteorological agency, provides forecasts that can help observers assess local conditions as the date approaches. A clear western horizon matters as much as a break in the clouds, so choosing a nearby viewing site in advance can reduce the need for last-minute travel. Traffic and crowding may also be impressive around popular observation areas.
The Night of the Perseids
The Perseid meteor shower occurs each year during the same summer period, but it is a separate astronomical event from the solar eclipse. The shower’s activity does not result from the eclipse. After sunset on August 12, observers can look for meteors as darkness falls, with further opportunities overnight into August 13. The new Moon on August 12 will leave the sky naturally dark, favoring meteor observation where weather and local light pollution allow.
For the best chance of seeing meteors, move away from bright artificial lights and choose a broad, unobstructed view of the sky. Allow your eyes time to adapt to the dark. Unlike eclipse viewing, watching meteors requires no optical equipment; a wide field of view is more useful than binoculars or a telescope.
