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10 best places to see the 2027 total solar eclipse in Spain

Spain is one of the easiest places in the world to experience the total solar eclipse on Aug. 2, 2027. The so-called "eclipse of the century" first makes landfall in Andalucía, where totality will last up to 4 minutes and 40 seconds during mid-morning, with the sun comfortably high at around 38-42 degrees above the horizon in the eastern sky. Excellent roads, plentiful accommodation and Málaga's international airport make this an obvious alternative to North Africa and the Middle East.

However, choosing where to watch requires some thought. Southern Spain's narrowing shape funnels the path toward the Strait of Gibraltar, potentially concentrating huge numbers of eclipse chasers around Tarifa, the Costa del Sol and the British Overseas Territory of Gibraltar during the peak summer holiday season.

From busy Mediterranean beaches to mountain villages, here's where to see the total solar eclipse on Aug. 2, 2027 in southern Spain. All times, totality durations and historical cloud cover data come from Time and Date.

1. Tarifa

A sandy beach with lots of colorful kitesurfing kites under blue sunny sky.

At the southernmost tip of mainland Europe, Tarifa will experience almost four minutes and 40 seconds of totality on Aug. 2, 2027. (Image credit: MEDITERRANEAN via Getty Images)

Location: Cádiz province

Start of totality and duration: 10:45 a.m. CEST; 4 minutes, 40 seconds

Historical August cloud cover: 13%

Altitude of the sun: 38 degrees above east

At the southernmost tip of mainland Europe, where the Atlantic Ocean meets the Mediterranean Sea, Tarifa is likely to be one of the country's busiest eclipse-watching locations because it will experience the longest totality in mainland Spain. Just 9 miles (14 km) across the Strait of Gibraltar from Morocco, the historic port town is known for its whitewashed old town, the medieval Castle of Guzmán el Bueno and its long, sandy beaches. Los Lances and Valdevaqueros offer wide horizons and plenty of open space.

2. Gaucín

A green, forested mountain range is dotted with white housing.

The whitewashed mountain village of Gaucín will experience more than three minutes of totality on Aug. 2, 2027. (Image credit: japatino via Getty Images)

Location: Málaga province, Andalucía, Spain

Start of totality and duration: 10:46 a.m. CEST; 3 minutes, 13 seconds

Historical August cloud cover: 5%

Altitude of the sun: 38 degrees above east

For eclipse chasers who would rather head into the mountains than join the crowds on the Costa del Sol, Gaucín is an intriguing alternative. One of Andalucía's classic pueblos blancos, the whitewashed village occupies a spectacular position in the mountains above the coast, crowned by the ruins of Castillo del Águila. Its elevated setting offers sweeping views across the surrounding countryside towards Gibraltar and, on clear days, the mountains of North Africa. Crucially, heading inland doesn't sacrifice too much totality.

3. Gibraltar

Breathtaking aerial view of Gibraltar, showcasing the iconic Rock, the city nestled below, the vast expanse of the sea, and the distant African coast under a picturesque cloudy sky.

The Rock of Gibraltar will be plunged into darkness for almost four and a half minutes during the total solar eclipse on Aug. 2, 2027. (Image credit: Eloi_Omella via Getty Images)

Location: Gibraltar

Start of totality and duration: 10:45 a.m. CEST; 4 minutes, 29 seconds

Historical August cloud cover: 17%

Altitude of the sun: 38 degrees above east

Few places in Europe could provide a more dramatic setting for totality than Gibraltar, the tiny British Overseas Territory dominated by its famous 1,398-foot (426-meter) limestone Rock. However, eclipse chasers will need to view either from The Rock or its east coast, where elevated viewpoints and beaches face the Mediterranean and the eclipsed sun. However, Gibraltar has a potential complication — the easterly Levanter wind can create a distinctive cap of cloud over the Rock even when surrounding skies are clear. Another issue is accommodation, which is already at a premium. See Gibraltar Eclipse 2027.

4. La Línea de la Concepción

The giant Rock of Gibraltar towers over the night-time lit city.

La Línea de la Concepción offers the chance to watch more than four minutes of totality with the Rock of Gibraltar dominating the horizon. (Image credit: fhm via Getty Images)

Location: Cádiz province

Start of totality and duration: 10:45 a.m. CEST; 4 minutes, 24 seconds

Historical August cloud cover: 17%

Altitude of the sun: 38 degrees above east

Immediately north of Gibraltar, La Línea de la Concepción occupies the sandy isthmus between the Bay of Gibraltar and the Mediterranean Sea. Its location creates one of Spain's most distinctive possibilities for eclipse photography. On the Mediterranean side, Playa de Santa Bárbara is a wide sandy beach north of the border, with the immense Rock of Gibraltar rising to the south — a potentially spectacular foreground. The city has around 9 miles (14 kilometers) of coastline, providing plenty of alternatives for eclipse viewing.

5. Estepona

On the left is a paved path lined with palm trees. On the right is a flat sandy beach. In the foreground there is a small boat on the sand, surrounded by 3 palm trees.

Estepona on the Costa del Sol will experience more than three and a half minutes of totality on Aug. 2, 2027. (Image credit: John Harper via Getty Images)

Location: Costa del Sol, Málaga province

Start of totality and duration: 10:46 a.m. CEST; 3 minutes, 41 seconds

Historical August cloud cover: 7%

Altitude of the sun: 38 degrees above east

About an hour's drive southwest of Málaga Airport, Estepona is one of the Costa del Sol's most attractive resort towns, with a pedestrianized old quarter of whitewashed streets, colorful flowerpots and squares centered on Plaza de las Flores. For eclipse day, the mile-long Playa de la Rada is the obvious gathering place, with its broad Mediterranean horizon and proximity to the town center. Other attractions include Estepona Marina and the Sierra Bermeja mountains rising behind the coast.

6. Cádiz

Colorful sunset over a historic city center. There are white and yellow buildings, with several tall towers.

The ancient Atlantic port of Cádiz will experience almost three minutes of totality on Aug. 2, 2027. (Image credit: Flottmynd via Getty Images)

Location: Cádiz province

Start of totality and duration: 10:45 a.m. CEST; 2 minutes, 56 seconds

Historical August cloud cover: 13%

Altitude of the sun: 37 degrees above east

Historic Cádiz occupies a narrow peninsula jutting into the Atlantic and is packed with reminders of its long maritime past, including the Cádiz Cathedral, the Roman Theatre and Torre Tavira, one of more than 100 watchtowers once used to spot approaching ships. For eclipse day, the long, sandy Playa de la Victoria offers plenty of open space, while La Caleta provides a more historic setting between two coastal castles.

7. Málaga

Aerial view of the giant Málaga Cathedral and historic dense city center at sunset. In the distance you can see the palm tree-lined harbour.

Málaga, capital of the Costa del Sol, will experience almost two minutes of totality on Aug. 2, 2027. (Image credit: Guven Ozdemir via Getty Images)

Location: Málaga province

Start of totality and duration: 10:48 a.m. CEST; 2 minutes

Historical August cloud cover: 9%

Altitude of the sun: 39 degrees above east

Málaga may lose some duration compared with locations farther west, but it makes up for it with excellent transport links, plentiful accommodation and all the attractions of a major Mediterranean city. It combines the hilltop Gibralfaro Castle and Moorish Alcazaba with a Roman theatre, cathedral, museums and a lively historic center. For eclipse day, the obvious option is the coast. La Malagueta beach is within walking distance of the city center, while numerous beaches extend east and west along the Costa del Sol.

8. Torremolinos

Aerial view of the Mediterranean coast. There are large hills in the background, looming over the city below. Above is a blue sky, dotted with large clouds.

The beaches of Torremolinos on the Costa del Sol will experience almost three minutes of totality on Aug. 2, 2027. (Image credit: By LTCE via Getty Images)

Location: Málaga province

Start of totality and duration: 10:47 a.m. CEST; 2 minutes, 46 seconds

Historical August cloud cover: 11%

Altitude of the sun: 39 degrees above east

One of the best-known resorts on Spain's Costa del Sol, Torremolinos combines a long Mediterranean beachfront with easy access to Málaga and its international airport. Its 4-mile (6-kilometer) promenade links broad sandy beaches, including Playa del Bajondillo and Playa de la Carihuela, offering plenty of potential eclipse-watching spots with views toward the eastern sky. For a higher vantage point, nearby Mount Calamorro rises almost 2,600 feet (800 meters) above Benalmádena, with panoramic views across the Costa del Sol and, on clear days, towards Gibraltar and North Africa.

9. Marbella

Aerial view of a large marina at sunrise.

Marbella's Mediterranean beaches will experience more than three minutes of totality on Aug. 2, 2027. (Image credit: Tu xa Ha Noi via Getty Images)

Location: Costa del Sol, Málaga province

Start of totality and duration: 10:46 a.m. CEST; 3 minutes, 21 seconds

Historical August cloud cover: 7%

Altitude of the sun: 38 degrees above east

Marbella has around 17 miles (27 kilometers) of Mediterranean coastline, so eclipse chasers will have dozens of beaches to choose from, from San Pedro de Alcántara in the west to Cabopino in the east. Options include the sandy beaches and dunes around Cabopino, Las Chapas, Puerto Banús and San Pedro de Alcántara, all with open views across the Mediterranean. Away from the beach, Marbella offers a whitewashed old town centered on Plaza de los Naranjos, while the Sierra Blanca mountains provide a dramatic backdrop to the resort.

10. Motril

Three lonely palm trees on a large white beach.

Motril on Spain's Costa Tropical lies close to the northern edge of the path of totality on Aug. 2, 2027. (Image credit: Getty Images)

Location: Costa Tropical, Granada province

Start of totality and duration: 10:49 a.m. CEST; 1 minute, 57 seconds

Historical August cloud cover: 10%

Altitude of the sun: 39 degrees above east

Close to the northern edge of the path of totality, Motril gets a shorter eclipse than destinations farther west, but could be among the quieter places on Spain's Mediterranean coast from which to experience it. The largest town on Granada's Costa Tropical sits between the Mediterranean and the foothills of the Sierra de Lújar, with the Sierra Nevada rising beyond. Nearby Playa Granada and Playa Poniente offer broad coastal views.

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A New Look at a Centuries-Old Solar Eclipse

phases of a total solar eclipse

Humans have recorded solar eclipses for thousands of years. Recently, researchers translated and analyzed solar eclipse observations from 18th-century Sweden to determine the Sun’s radius at that time and study the first confirmed record of solar prominences.

Looking Back Nearly 300 Years

map showing the path of a solar eclipse

The path of the 13 May 1733 total solar eclipse. Click to enlarge. [Eclipse Predictions by Fred Espenak (NASA’s GSFC)]

On 13 May 1733, a solar eclipse darkened skies across a swath of modern-day Canada, Greenland, Iceland, and Scandinavia. Among the eclipse’s careful observers was Swedish astronomer and mathematician Birger Wassenius, who dutifully sketched the eclipse and the massive loops of plasma and magnetic fields — solar prominences — that bulged out from behind the Moon’s obscuring disk.

Wassenius penned a short account of his observations in Latin for Philosophical Transactions of the Royal Society (the longest-running scientific journal in the world!). His drawings of the event, which include the first robust record of solar prominences, were never officially published, but were housed in the Royal Academy Archives of Sweden. Now, researchers have translated Wassenius’s full report from Swedish to English and analyzed his sketches, helping to fill an important gap in the historical record of solar activity.

Drawing from Observations

Hisashi Hayakawa (Nagoya University; Rutherford Appleton Laboratory) and collaborators translated Wassenius’s notes, which describe how he viewed the eclipsed Sun through a 21-foot-long telescope during just over two minutes of totality. From Wassenius’s measurements, Hayakawa and coauthors calculated the solar radius to be 696,250 ± 170 km; this is larger than the modern accepted radius, but it’s in line with what has been calculated from solar eclipse measurements two decades earlier, in 1715.

sketch of a solar eclipse

Wassenius’s sketch of the solar eclipse, showing three prominences as filled circles emerging from behind the disk of the Moon. [Adapted from Hayakawa et al. 2026]

Wassenius also made several sketches of prominences hovering above the edge of the Sun. While assessing these drawings, Hayakawa and coauthors had to contend with the imperfections of these hand-recorded features. With a narrow field of view that prevented him from seeing the entire disk at once, and with his time limited by the brief eclipse, Wassenius scribbled in two of the three prominences after the fact, from memory. After assigning reasonable uncertainties to the positions of these prominences, the team determined that at least one of these features was located at a high latitude.

Prominent Features

High-latitude prominences like the one (or more) seen by Wassenius are most common during what’s known as the “polar rush,” which occurs as solar activity rises toward a maximum. If these prominences are related to the polar rush, that would mean that in 1733, the Sun was not in an activity minimum as previously thought. However, it’s also possible for prominences to pop up at high latitudes during other times in the solar cycle; the authors estimated the likelihood of this happening at 20%.

plot of positions and numbers of sunspots and solar prominences

Heliographic latitude of solar prominences estimated from Wassenius’s drawings (light blue circles), compared to the positions (filled symbols) and number (gray line) of sunspots. Note that sunspot data around this time were scarce, and some researchers have suggested that revisions to the sunspot number are needed. Click to enlarge. [Hayakawa et al. 2026]

This work shows the value of historical observations in determining the Sun’s past activity cycles. The 1733 eclipse observation by Wassenius adds a fascinating data point to the long history of solar eclipse observations, helping to illuminate a time when sunspot data were scarce.

Citation

“Analyses on Wassenius’s Report for Total Solar Eclipse in 1733: Quantifications of the Solar Radius and the Earliest Reported Prominences,” Hisashi Hayakawa et al 2026 ApJ 1007 189. doi:10.3847/1538-4357/ae6451

The post A New Look at a Centuries-Old Solar Eclipse appeared first on AAS Nova.

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