Past event. This page preserves the eclipse’s local times and 3D replay. Browse upcoming guides.

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Solar eclipse of Aug 12, 2026 in Belgrade

Partial: 90% of the Sun covered from Belgrade, Serbia, with maximum at 20:16 local time. Times use the city’s reference coordinates, not your precise observing site.

The eclipse from Belgrade, Serbia

Partial — 90% of the Sun covered

  • ◔Partial begins19:26 · Sun at 3°
  • ◐Maximum20:16 · Sun at -5°
  • ◕Partial ends21:04 · Sun at -12°

⚠ The Sun is below the horizon at maximum from Belgrade, Serbia — you'll see the early phases before sunset, not the peak.

🚗 Totality is ~1580 km away in Palma de Mallorca, Spain — 1m 39s of darkness. See its timetable.

🕶 Certified ISO 12312-2 eclipse glasses are required for all partial phases.

⏱ My exact eclipse times & countdown Free · Opens the live eclipse companion for Belgrade, Serbia

Watch it in 3D — before the day, or on it

Space Time models this eclipse for Belgrade, Serbia using Astronomy Engine. Local terrain, atmospheric conditions and shadow-limb assumptions can affect a real observing site, especially near a path edge. The dated 3D view is a simulation, not a live camera feed. Weather is available only within the forecast window. Review NASA’s eclipse-viewing safety guidance before observing.

Eclipse times in nearby cities

FAQ

Is the Aug 12, 2026 solar eclipse visible in Belgrade, Serbia?

Yes. Partial: 90% of the Sun covered from Belgrade, Serbia, with maximum at 20:16 local time.

What time is the eclipse in Belgrade, Serbia?

The partial phase begins at 19:26, maximum is at 20:16, and it ends at 21:04 (local time for Belgrade, Serbia).

How much of the Sun is covered in Belgrade, Serbia?

90% of the Sun's disc is covered at maximum.

Where is the nearest totality to Belgrade, Serbia?

About 1580 km away in Palma de Mallorca, Spain, which gets 1m 39s of total darkness.

Do I need eclipse glasses?

Use eclipse viewers meeting ISO 12312-2 for all partial and annular phases. Remove them only during complete totality inside the total eclipse path. Ordinary sunglasses are not suitable. Cameras, binoculars and telescopes need appropriate front-mounted solar filters; see NASA’s viewing-safety guidance.

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