Upcoming solar eclipses
The next solar eclipse will be a partial eclipse visible across parts of North America, Europe, and northern Asia on Saturday, 25 October 2025. A larger partial eclipse occurs on Tuesday, 4 March 2026, favoring high latitudes in the Northern Hemisphere. An annular eclipse follows on Wednesday, 29 October 2026, with a path crossing parts of the Atlantic, Europe, and the Arctic. Major cities will see partial phases only, while narrow annularity tracks will experience dramatic ring-of-fire views. Use eclipse glasses or indirect projection at all stages. For your exact visibility and timing, check local eclipse maps or authoritative NASA sources, because circumstances vary by location.
Predictions and planning essentials
Eclipse forecasts combine precise lunar and solar ephemerides, Earth orientation models, and eclipse geometry calculations. When we refer to the “next” eclipse, we mean the upcoming event that is most imminent and relevant for broad audiences. Forecasts are reliable because orbital mechanics are well understood, but whether an eclipse is total, annular, partial, or hybrid depends on the alignment of the Sun, Moon, and observer on Earth. Below is a concise overview of the three eclipses between 2025 and 2028, focusing on type, key timing, and geographic focus.
Partial eclipse: 25 October 2025
This event is the next solar eclipse after the most recent total eclipse in April 2024. The Moon covers part of the Sun’s disk, creating a noticeable but non-total darkening. Visibility is best from Europe, northeast Canada, Greenland, and parts of western Asia. Maximum eclipse occurs in the morning local time for many Northern Hemisphere locations. It is safe to view the partial phases only with proper solar filters; direct viewing without protection can cause eye injury.
Annular eclipse: 29 October 2026
An annular eclipse happens when the Moon is farther from Earth and appears slightly smaller than the Sun, leaving a bright ring visible around the Moon. The 2026 annular path runs across the Atlantic, Iberia, parts of Europe, and into the Arctic, with a narrow corridor of annularity. Outside that corridor, observers see a partial eclipse. Timing favors afternoon or early evening in affected regions. Weather and horizon conditions can change the experience at any location. Planning ahead, using reliable maps and vetted resources, improves your chances of a clear view.
| Eclipse type | Date | Path characteristics | Best regions for partial visibility |
|---|---|---|---|
| Partial | 25 October 2025 | Moon covers part of the Sun; no totality | Europe, northeast Canada, Greenland, western Asia |
| Annular | 29 October 2026 | Ring of fire along a narrow path | Atlantic, Iberia, parts of Europe, Arctic |
| Total | 2 August 2027 | Complete Sun coverage; daylight darkness | Australia, parts of Pacific, southern Africa |
Types of solar eclipses explained
Solar eclipses are classified by what you see as the Moon moves in front of the Sun. A partial eclipse covers only a portion of the Sun, an annular eclipse leaves a bright ring because the Moon appears smaller, and a total eclipse briefly hides the Sun completely, exposing the solar corona. Hybrid eclipses shift from annular to total along the path due to Earth’s curvature. The type matters for planning, photography, and eye safety. Partial and annular eclipses still require solar viewers for direct viewing; only during the brief total phase of a total eclipse is it safe to look without protection. Understanding these differences helps you choose appropriate gear and locations.
How to watch safely and maximize your view
Safe eclipse viewing starts with certified solar filters. Use eclipse glasses that meet ISO 12312-2 or equivalent standards, inspect them for damage, and replace any scratched or compromised pairs. Handheld solar viewers are acceptable for individuals; viewers with optics such as cameras, binoculars, or telescopes require solar filters matched to the front of the device, not the eyepiece. Indirect methods, like pinhole projectors or projection through a telescope’s shadow path, are low-risk alternatives. Choose a location with a clear horizon in the direction of the eclipse, check local weather patterns, and arrive early to set up. For partial eclipses, even a small uncovered portion of the Sun is bright enough to cause damage, so never look directly without proper filters.
Where to find reliable eclipse information
For authoritative eclipse data, use resources that publish exact times, geographic paths, and magnitude values. Official eclipse bulletins detail the circumstances for each location, including contact points for timing, altitude, and coverage fractions. Key sources include national astronomical institutions, space agencies, and vetted eclipse websites that link to primary ephemerides. Before an eclipse, verify that your maps and timing tools reference the same coordinate system and eclipse canon. Conditions such as clouds, terrain, and atmospheric clarity can affect what you see, so have a backup location or a virtual livestream available. Good planning turns a partial eclipse into a memorable experience rather than a missed opportunity.
Beyond the next eclipse: planning for 2027 and 2028
The 2025 partial eclipse is a precursor to more widely visible events, including a total eclipse in 2027 and an annular eclipse in 2028. Total eclipses offer the most dramatic viewing experience, with daytime darkness and visible corona, but they require precise positioning within the narrow path. Annular and partial eclipses are more forgiving, visible across broad regions, and still provide a striking change in daylight conditions. If you travel for eclipses, factor in logistics, weather climatology, and safe equipment into your decisions. Each eclipse is a reminder of the predictability and scale of celestial mechanics, making even a modest partial event a reason to pause and look up safely.
Key dates at a glance
- 25 October 2025: Partial solar eclipse best from Europe, northeast Canada, and Greenland
- 4 March 2026: Partial eclipse with higher magnitude at high Northern Hemisphere latitudes
- 29 October 2026: Annular eclipse across parts of the Atlantic, Europe, and the Arctic
- 2 August 2027: Total solar eclipse visible from Australia and the Pacific
- 26 January 2028: Annular eclipse crossing parts of the Eastern Hemisphere