Solar Eclipse February 2026: Date, time and will the 'ring of fire' eclipse be visible in India?

The first solar eclipse of 2026 will occur on 17 February, creating an annular “ring of fire” effect visible mainly from Antarctica. Although dramatic, the eclipse will not be visible in India and will have no religious significance there. The event marks the beginning of a rare sequence of three solar eclipses over 708 days, with later eclipses visible from South America, West Africa, and parts of the Pacific and Europe.

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Skywatchers are tracking the first solar eclipse of 2026, an annular event on February 17, raising questions about its visibility in India and what it means for observers worldwide.

The February 17 solar eclipse will create an annular ring of fire. During this event, the Moon will cover most of the Sun. About 96% of the Sun’s centre will be obscured. The eclipse phase will last up to 2 minutes. The glowing solar rim will appear red-orange. Eclipse observers describe this sight as visually dramatic. According to a report published by Forbes, visibility will be extremely limited. The eclipse path will pass only over Antarctica. Most of the world will miss the event entirely.

Visibility of the February 2026 Solar Eclipse
The annular eclipse will not be visible from India. Astronomers confirm no phase will appear over Indian skies. The event will occur during daytime elsewhere. In Antarctica, observers may see the full annular phase. Because of this limited path, public viewing opportunities are rare. Experts say this eclipse begins an unusual sequence. Three solar eclipses will occur within 708 days. The next eclipse will arrive on February 6. That ring of fire will cross Chile and Argentina. Parts of West Africa will also witness it.

Understanding the Annular Solar Eclipse
NASA explains annular eclipses occur when the Moon appears smaller. This happens when the Moon is farther from Earth. The Moon cannot fully cover the Sun then. A bright solar ring remains visible around it. Unlike total eclipses, sunlight is never fully blocked. Scientists stress that direct viewing is dangerous. Special solar viewing glasses are always required. Damaged or scratched viewers should never be used. Children must always be supervised during eclipse observations.