✨ Caelus • Lunar Eclipse on December 28, 1917
September 09, 2026 17:10:06 UTC+02:00 [48.85° N, 2.35° E]
‹ All eclipses in 1917Total Lunar Eclipse
🕐 Contacts
Times in Europe/Paris, with UTC underneath.
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First penumbral contact (P1)The Moon touches Earth's penumbra and starts to dim.06:5406:54 UTCPA 81.8°5.7° alt · 298° az
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First umbral contact (U1)The Moon reaches the umbra and the partial eclipse begins.08:0408:04 UTCPA 71.6°-3.6° alt · 310° az
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Second umbral contact (U2)The Moon is entirely inside the umbra and totality begins.09:4009:40 UTCPA 195.2°-13.4° alt · 329° az
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Greatest eclipseThe Moon's centre is least distant from the axis of Earth's shadow.09:4609:46 UTCPA 188.4°-13.9° alt · 330° az
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Third umbral contact (U3)The Moon starts leaving the umbra and totality ends.09:5209:52 UTCPA 181.6°-14.3° alt · 332° az
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Fourth umbral contact (U4)The Moon leaves the umbra and the partial eclipse ends.11:2711:27 UTCPA 305.2°-19.0° alt · 353° az
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Last penumbral contact (P4)The Moon leaves Earth's penumbra and the eclipse ends.12:3712:37 UTCPA 295.0°-18.8° alt · 10° az
The position angle is measured on the Moon's limb from celestial north through east, the convention IMCCE and NASA publish, so these values can be compared with a published table directly.
👁 Visibility
From your location.
- Penumbral phase
- Partly visible
- Partial phase
- Not visible
- Totality
- Not visible
- Moon sets
- 07:43 07:43 UTC
- Moon above the horizon
- 06:54 – 07:43
A lunar eclipse happens at the same moment everywhere. All that changes from place to place is whether the Moon is above the horizon.
⏳ Durations
🌍 About This Eclipse
A total lunar eclipse occurs when the Earth passes directly between the Sun and the Moon, causing the Earth's shadow to completely cover the Moon. During a total lunar eclipse, the Moon can take on a reddish color due to the scattering of sunlight through the Earth's atmosphere, often referred to as a "Blood Moon."
A lunar eclipse is a geocentric event. The contacts and magnitudes on this page are the same for every observer who can see the Moon at that moment.