Lunar eclipses in 2033: dates, types and visibility

There are 2 lunar eclipses in 2033: 2 total. The table preserves NASA/GSFC’s published date, greatest-eclipse time, Saros series, umbral magnitude, duration and broad visibility wording.

2033 lunar eclipse dates: quick answer

  1. Total lunar eclipse; greatest eclipse 19:13:51 TD.
  2. Total lunar eclipse; greatest eclipse 10:56:23 TD.
Date and typeGreatest eclipseSaros / magnitudeDurationBroad visibility
14 April 2033
Total
19:13:51 TD 132 / 1.094 Partial phase 03h35m; totality 00h49m Europe, Africa, Asia, Australia
8 October 2033
Total
10:56:23 TD 137 / 1.350 Partial phase 03h22m; totality 01h19m Asia, Australia, Pacific, Americas

NASA diagrams and visibility

Total eclipse — 14 April 2033

NASA’s broad visibility summary is: Europe, Africa, Asia, Australia. This does not establish visibility from a particular address or local horizon.

NASA eclipse diagram · NASA Saros 132 series

Total eclipse — 8 October 2033

NASA’s broad visibility summary is: Asia, Australia, Pacific, Americas. This does not establish visibility from a particular address or local horizon.

NASA eclipse diagram · NASA Saros 137 series

What the fields mean

Source and limits

The rows are a checked-in snapshot of the NASA/GSFC Lunar Eclipse Decade Table covering 2033, retrieved 2026-09-20. Required credit: Eclipse Predictions by Fred Espenak, NASA/GSFC. Production builds and visits make no source-network request.

The page does not calculate contact times for a location, Moon altitude, cloud cover or local horizon obstructions. Use the NASA diagram for event geometry and an authoritative location-specific tool before planning an observation.

FAQ

How many lunar eclipses are there in 2033?

There are 2 lunar eclipses in 2033: 2 total.

When are the lunar eclipses in 2033?

14 April 2033 (total); 8 October 2033 (total).

Is every 2033 lunar eclipse visible worldwide?

No. Visibility depends on whether the Moon is above the horizon at the observing location. The regions on this page are broad NASA summaries; use the linked NASA diagram and a location-specific source for local circumstances.