January 26, 2028 — Central Spain

Travel & Logistics Guide

A sunset annular eclipse across southern and eastern Spain. Madrid is a well-connected arrival hub but lies outside the annularity path, so choose a confirmed viewing base such as Sevilla, Córdoba, Albacete or Valencia.

Flights & Airports

Madrid-Barajas (MAD) is a major arrival hub, but it is not a ring-of-fire viewing location. Your onward journey must reach a point inside the official IGN path with a clear western horizon.

Madrid-Barajas (MAD)

Perfect

Spain's primary international hub is useful for connections, but Madrid city remains outside annularity. Consider direct flights to Sevilla or Valencia, or allow enough time for a confirmed onward rail or road journey from Madrid.

Alternative Airports

If you find cheaper flights into Barcelona (BCN), use the rail network to connect toward a verified viewing base. Lisbon (LIS) is also an option because the path crosses Portugal. Badajoz airport has limited flights, but Badajoz city itself is just outside the annularity path.

January = Low Season = Cheap Flights

January is the cheapest month to fly to Spain. Unlike the summer eclipses, you will find abundant availability and competitive prices for the 2028 eclipse. Budget airlines like Ryanair, Vueling, and easyJet offer rock-bottom fares to Madrid in winter.

Trains & AVE Network

Madrid is the hub of Spain's radial high-speed rail network and can connect travellers to cities inside the path. Do not assume every nearby destination is annular: confirm the city and final observing point with IGN.

Key Routes from Madrid

RouteDurationType
Madrid → Guadalajara0h 35minCercanías / AVE
Madrid → Cáceres3h 30minRegional
Madrid → Badajoz4h 30minRegional
Barcelona → Madrid2h 30minAVE

Guadalajara is a Quick Day Trip

Guadalajara city, like Madrid, lies outside the annularity path. A short commuter trip there does not produce the ring of fire. Use rail toward a verified city inside the path and account for the return journey after sunset.

Driving & Car Rental

Spain's motorway network radiates outward from Madrid like spokes of a wheel. This makes driving to any viewing location straightforward.

Key Routes

  • From Madrid: travel far enough south or east to enter the official annularity path; Guadalajara city is not sufficient.
  • A-5 (Madrid → Badajoz): Heads west through Extremadura. About 4 hours to Badajoz, passing through Cáceres (3 hours).
  • Do not observe from Madrid city if your goal is annularity: parks and open horizons there improve the partial-eclipse view but cannot create the ring of fire.

Eclipse-day traffic cannot be predicted this far ahead. Allow generous margins, avoid a late relocation and check official traffic information before travelling.

Weather Chase Flexibility

January weather in central Spain can be unpredictable. A rental car lets you drive to areas with clearer skies if clouds threaten Madrid. Check weather radars on the morning of January 26 and be prepared to drive 1-2 hours in any direction for a gap in the clouds.

Where to Stay

Good news: January is deep off-season for Spanish tourism. Madrid has enormous hotel capacity — over 90,000 rooms across all categories — and occupancy rates are at their lowest in winter. You will find:

  • Abundant availability — even booking a few months out, you will have plenty of choices
  • Excellent prices — winter rates in Madrid are typically 30-50% lower than summer
  • Flexible cancellation — most hotels offer free cancellation, so you can book now and adjust later

Where in Madrid

  • City center (Sol, Gran Vía): Walking distance to major viewing spots. Retiro Park, Plaza Mayor, and rooftop terraces all make excellent viewing locations.
  • Near Atocha station: Convenient if you plan to take a train to Guadalajara or other viewing cities on eclipse day.
  • Airport area: Budget option with easy access. The T4 area has several modern hotels.

Combine with a City Break

January is a wonderful time to visit Madrid. The museums (Prado, Reina Sofía, Thyssen) are uncrowded, restaurant reservations are easy, and you'll experience the city like a local. Consider staying 3-5 days and turning the eclipse into a proper winter getaway.

Winter-Specific Advice

Unlike the summer 2026 and 2027 eclipses, this one happens in the depths of the Spanish winter. Here's what to prepare for:

Weather & Temperature

  • Temperature: Madrid averages 6-10°C (43-50°F) in January. It can drop to near freezing, especially in the morning.
  • Cloud cover: January is one of Madrid's cloudier months (35% average cloud cover). This is the biggest risk factor for viewing the eclipse.
  • Rain: Light rain is possible but not frequent. Snow is rare in Madrid itself but possible in surrounding mountains.
  • Wind: Can be brisk on the central plateau. Wind chill will make it feel colder than the thermometer suggests.

What to Pack

Eclipse Essentials

  • - Eclipse glasses (ISO 12312-2 certified)
  • - Solar filter for camera/binoculars
  • - Tripod for photography

Winter Clothing

  • - Warm coat and layers
  • - Gloves (thin enough to operate a camera)
  • - Hat and scarf
  • - Warm, waterproof shoes

Early Sunset — Plan Your Timing

The annular phase occurs at sunset with the Sun extremely low in the west. A clear geometric horizon is essential, and darkness follows immediately; inspect the site and plan the return journey in advance.

Annular vs. Total: Key Difference

The 2028 eclipse is annular, not total. The moon will not fully cover the sun — instead, a bright "ring of fire" will be visible for about 7 minutes from well-positioned Spanish locations. This means:

  • You must wear eclipse glasses for the entire event — it never gets dark enough to look without protection
  • The sky dims noticeably but does not go dark like during totality
  • The ring of fire is a stunning, unique sight that photographs beautifully with a solar filter
  • The roughly 7-minute annular phase gives you time to enjoy and photograph the spectacle

Explore 2028 Eclipse Viewing Cities

Distinguish partial-eclipse transport bases from locations inside the annularity path, then compare weather, horizon and travel constraints.

View All Cities