Iceland Solar Eclipse 2026: What Happened and What's Next

Iceland hadn't seen a total eclipse since 1954 and won't see another until 2196. Below, we look back at how the day unfolded, what our guides witnessed inside the path, and where you can catch the next one.

On August 12, 2026, Iceland entered the path where the Moon completely covered the Sun, briefly turning late afternoon into darkness. The event was the country's first total solar eclipse in 72 years.

Total solar eclipses occur somewhere on Earth roughly every year or two, but totality is visible only within a narrow path. Anyone outside that band sees a partial eclipse instead. On August 12, 2026, parts of western Iceland lay within the path of totality, making the event exceptionally rare.

Before 2026, Iceland’s most recent total solar eclipse occurred in 1954, 72 years earlier. For many Icelanders and visitors, the 2026 eclipse was therefore a once-in-a-lifetime experience.

During this celestial show, the Moon blocked the Sun's light. At the start and end of the process, there was a partial eclipse, which made the Sun look a bit like a cookie with a bite taken out of it. The total phase brought a few minutes of darkness and refreshing coolness, letting spectators see the Sun's outer atmosphere glowing like a halo around the Moon.

Sævar Helgi Bragason, known in Iceland as Stjörnu-Sævar, is one of the country's best-known astronomers and science communicators. He runs eclipse2026.is, and his calculations supported Iceland's eclipse planning map. Before August 12, he had chased 4 total solar eclipses around the world. He gave our guide team a detailed briefing ahead of the eclipse:

What he covers:

• 3:40 What a total solar eclipse is
• 4:47 Why a 99 % partial is nothing like totality
• 29:38 Iceland's timings and the longest duration on land
• 42:54 What to do if it’s cloudy
• 1:18:28 The main mistakes to avoid

The sections below record how the day actually played out: the path, the timings, and what it looked like from inside the shadow.

The eclipse path of totality is where the Moon completely covered the Sun, turning day into night for a short while. To see this full effect, viewers have to be within a specific area, usually about 100 miles (160 km) wide. This line moves across the Earth, changing location with each eclipse. Everywhere outside this band, viewers experience only a partial eclipse.

The 2026 path of totality began in the Arctic, crossed Greenland, and then swept over western Iceland: the Westfjords, the Snæfellsnes Peninsula, Reykjavík, and the Reykjanes Peninsula. The eclipse ended over northern Spain and a small part of Portugal.

Outside the path of totality, the rest of Iceland experienced a deep partial eclipse, with more than 95% of the Sun covered. Akureyri, the main town in the north, reached about 98%, while Höfn, in the southeast, reached about 96%. For the most impressive view, observers needed to be in one of the regions mentioned above.

Timing and location decided how people experienced the eclipse. The partial phase began across Iceland at 4:47 PM local time. Totality then moved from west to east, reaching the Westfjords first and the Reykjanes Peninsula last.

The Sun stood low in the west-southwest during totality, about 24 to 25 degrees above the horizon. Open coastal viewpoints had the clearest sightline because hills and buildings could not block the western sky.

Totality lasted about 1 to 2 minutes, depending on the exact viewpoint. Látrabjarg cliff in the Westfjords had the longest totality on land at 2 minutes 13 seconds. Hellissandur had about 2 minutes 7 seconds, while Reykjavík had about 1 minute. The full event, from the start of the partial phase to the end, lasted about 2 hours.

Totality length depended on where you stood. The farther west and the closer to the center of the path, the longer the darkness lasted. Here is how long the sky went dark at the main viewing spots.

The Westfjords held the longest totality on land. Many watched from Rauðisandur beach, where red-gold sand and a broad western horizon framed the changing light. Látrabjarg cliffs lay farther west, while towns such as Patreksfjörður and Ísafjörður provided more services than the remote coast.

The Reykjanes Peninsula gave viewers easy access from the capital area and Keflavík. Spectators gathered at Garður Lighthouse on the peninsula's northwest coast. Garðskagi headland had about 1 minute 44 seconds of totality, with an open view over Faxaflói bay.

The Snæfellsnes Peninsula placed viewers close to the center of the totality path. Hellissandur and Rif towns received just over 2 minutes of totality. Our guests and guides used Adventure Hotel Hellissandur as a base while cloud and drizzle moved across the peninsula.

Arctic Adventures offered several ways to experience the eclipse, including a Snæfellsnes minibus tour, a Super Jeep tour, a six-day Ring Road itinerary with eclipse viewing built in, and private minibus and Super Jeep options. The firsthand accounts below come from our guides on Snæfellsnes, including those who supported a private family group based at Adventure Hotel Hellissandur.

The Icelandic Met Office’s final forecast called for showers in southwest Iceland, with the best chance of cloud breaks in the Westfjords. Around totality, conditions varied between our four locations.

In Hellissandur town on the Snæfellsnes Peninsula, the sky became increasingly cloudy and drizzle developed. The nearby Gufuskálar weather station recorded 10.8°C (51°F) and east-northeasterly winds of 5.4 m/s (12 mph). At Rauðisandur beach in the Westfjords, conditions were cloudy, although we have no confirmed report of rain. The nearby Lambavatn weather station recorded 11.7°C (53°F) and west-northwesterly winds of 2.2 m/s (5 mph).

Near Garður Lighthouse on the Reykjanes Peninsula, the staffed weather station at Keflavík Airport reported overcast skies and light drizzle. Garðskagaviti weather station recorded 12.3°C (54°F) and north-northeasterly winds of 5.2 m/s (12 mph). In Reykjavík in the Capital Region, the Reykjavík weather station reported overcast skies with rain showers, 14.9°C (59°F) and easterly winds of 2.5 m/s (6 mph), according to archived Icelandic Met Office observations.

Cloud is common in Iceland in August. Long-term averages put cloud cover at roughly 60 to 70%, while typical daytime highs reach about 14 to 15°C (57 to 59°F). Clear skies would have revealed the Sun's corona, but the cloud didn’t erase totality. Our guests still watched the afternoon light fall away, felt the temperature dip, and heard cheering from spectators as darkness arrived.

Our driver guide Freysteinn Gíslason led a private family group of 22, based at Adventure Hotel Hellissandur. The family used their bus as a base during the day and gathered at the hotel in the afternoon. As cloud and drizzle increased, guests worried that they might miss the eclipse. The mood changed when the landscape darkened, and the group began cheering. Looking west across the sea, Freysteinn saw light return first to distant land before it appeared to move back toward Snæfellsnes.

Our day tour guide Þórhallur Ævar noticed how quickly the living world responded. Arctic terns were loud before totality. Once darkness arrived, he could hear only about three birds. He and two other guides saw an evening-like glow on the western horizon and felt a cold breeze behind them.

Totality changed more than the sky. Light faded, colors flattened, the air cooled, and birds reacted as if evening had arrived. Thick cloud kept some viewers from seeing the corona clearly, yet the Moon's shadow still turned a late-summer afternoon into dusk.

Iceland's next total solar eclipse will not arrive until June 26, 2196. That made August 12, 2026, a once-in-a-lifetime event for everyone in the path. No one reading this is likely to see totality over Iceland again.

Solar eclipses will still cross Iceland before then. Reykjavík's next one will be a partial solar eclipse on August 2, 2027, when the Moon will cover only a small part of the Sun. The 2026 account above therefore stands as a record of what full totality over Iceland looked and felt like.

The next total solar eclipse will cross southern Spain, North Africa, and the Middle East on August 2, 2027. NASA calculates a maximum shadow-path width of about 258 km (160 mi) and a maximum totality of 6 minutes 23 seconds near Luxor, Egypt. No total solar eclipse before 2114 will have a longer maximum duration.

The safety rules will not change. Use certified eclipse glasses during every partial phase. Remove them only after the Sun's bright face is completely covered, then put them back on as soon as sunlight returns. Never look through a camera, binoculars, or telescope without a proper solar filter fitted to the front of the device. NASA's eclipse safety guidance explains the approved viewing methods.

Iceland's skies didn’t retire after the eclipse. The main Northern Lights season runs from September to April, and our first aurora departures can begin from August 24, once the nights grow dark enough. Travelers who stood in the Moon's shadow can return for a very different light show. Our guided Northern Lights tours leave Reykjavík for darker countryside. The Magical Auroras tour includes complimentary retries, valid for up to three years, when no aurora is seen. For timing, viewing areas, forecasts, and camera settings, start with our guide to the Northern Lights in Iceland.

The 2026 eclipse is now part of Iceland's story, but the island's skies keep performing. Browse the tours below or plan a return around the aurora season.

The total solar eclipse in Iceland happened on Wednesday, August 12, 2026, in the late afternoon. The partial phase began nationwide at about 4:47 PM local time. Totality swept from west to east between about 5:43 PM and 5:50 PM. The final partial phase ended by about 6:47 PM. Iceland observes GMT time year-round.

Every part of Iceland saw the eclipse, but only the west saw totality. The path crossed the Westfjords, the Snæfellsnes Peninsula, Reykjavík, and the Reykjanes Peninsula. Outside the path, the rest of the country experienced a deep partial eclipse with more than 95% of the Sun covered. Akureyri reached about 98%, and Höfn about 96%.

The weather was cloudy and damp across Iceland’s main totality regions. Cloud thickened and drizzle developed on the Snæfellsnes Peninsula, while the Westfjords remained cloudy without confirmed rain at our viewing site. The Reykjanes Peninsula was overcast with light drizzle, and the Capital Region had overcast skies and rain showers. Around totality, temperatures ranged from 10.8°C (51°F) on Snæfellsnes to 14.9°C (59°F) in the Capital Region, according to Icelandic Met Office observations. Winds remained light to moderate at 2.2 to 5.4 m/s (5 to 12 mph). Clouds obscured the Sun and corona at times, but the darkness of totality remained unmistakable.

Totality lasted about 1 to 2 minutes, depending on location. The longest stretch on land was 2 minutes 13 seconds at Látrabjarg cliff in the Westfjords. Hellissandur and Rif saw about 2 minutes 7 seconds, while Reykjanestá had about 1 minute 48 seconds. The full eclipse, from first contact to the end of the partial phase, lasted for about 2 hours.

Yes. Reykjavík was located on the eastern edge of the path and went dark for about 1 minute, starting around 5:48 PM. Open west-facing viewpoints included Grótta lighthouse and Öskjuhlíð hill beside Perlan museum. Before and after totality, the city observed the partial phases.

The next solar eclipse visible from Iceland will be partial, on August 2, 2027. Iceland will not experience another total solar eclipse until June 26, 2196. That made the 2026 event the only total solar eclipse over Iceland in most people’s lifetimes.

The next total solar eclipse will cross southern Spain, North Africa, and the Middle East on August 2, 2027. The shadow path will be about 258 km (160 mi) wide at maximum. Totality will last longest near Luxor, Egypt, at about 6 minutes 23 seconds. Anyone who caught the Iceland eclipse and wants another has a realistic target one year later.

Sometimes, toward the end of the month. Aurora season runs from September to April, when nights are dark enough, although the first sightings can occur in late August. Our first Northern Lights tours depart on August 24. On August 12 itself, totality dimmed the sky only to deep twilight, so no auroras were visible during the eclipse. Check the Northern Lights forecast before heading out on a clear night.