Moon in Tokyo Today — Waning Gibbous

Current lunar phase and 30-day moon calendar for Tokyo, Japan. Updated hourly.

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Tokyo, Japan5. April 2026

Waning Gibbous

88% illuminated · 18.1 days into cycle

Lunar Data for Tokyo — Today

Moonrise
Moonset
Phase🌖 Waning Gibbous
Illumination88%
Moon Age18.1 days into lunar cycle
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Next Full Moon

1. Mai 2026

in 27 days

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Next New Moon

16. April 2026

in 12 days

30-Day Moon Phase Calendar — Tokyo

DatePhaseIllumination
Today🌖Waning Gibbous88%
6. Apr.🌖Waning Gibbous80%
7. Apr.🌖Waning Gibbous71%
8. Apr.🌗Last Quarter61%
9. Apr.🌗Last Quarter50%
10. Apr.🌗Last Quarter40%
11. Apr.🌘Waning Crescent30%
12. Apr.🌘Waning Crescent20%
13. Apr.🌘Waning Crescent13%
14. Apr.🌘Waning Crescent6%
15. Apr.🌑New Moon2%
16. Apr.🌑New Moon0%
17. Apr.🌑New Moon0%
18. Apr.🌑New Moon3%
19. Apr.🌒Waxing Crescent7%
20. Apr.🌒Waxing Crescent14%
21. Apr.🌒Waxing Crescent22%
22. Apr.🌓First Quarter31%
23. Apr.🌓First Quarter42%
24. Apr.🌓First Quarter52%
25. Apr.🌓First Quarter63%
26. Apr.🌔Waxing Gibbous73%
27. Apr.🌔Waxing Gibbous82%
28. Apr.🌔Waxing Gibbous89%
29. Apr.🌔Waxing Gibbous95%
30. Apr.🌕Full Moon98%
1. Mai🌕Full Moon100%
2. Mai🌕Full Moon99%
3. Mai🌕Full Moon96%
4. Mai🌖Waning Gibbous91%

Häufig gestellte Fragen

Tonight the moon in Tokyo is in the Waning Gibbous phase. It is 88% illuminated and 18.1 days into the current lunar cycle. Moon phases are the same worldwide — only the exact local clock time of moonrise and moonset differs by location.
The next full moon occurs on 1. Mai 2026, which is 27 days from today. During a full moon the Moon is 100% illuminated as seen from Earth.
The next new moon occurs on 16. April 2026, in 12 days. The new moon marks the start of a fresh 29.5-day lunar cycle and is not visible in the night sky.
A lunar (synodic) cycle lasts approximately 29 days, 12 hours, 44 minutes — or 29.53 days. It runs from one new moon to the next, passing through 8 distinct phases: New Moon, Waxing Crescent, First Quarter, Waxing Gibbous, Full Moon, Waning Gibbous, Last Quarter, and Waning Crescent.
No — the moon phase (the fraction of the Moon illuminated) is the same everywhere on Earth at any given moment. However, moonrise and moonset times, as well as the moon's altitude in the sky, vary by location. The moon also appears upside-down in the Southern Hemisphere compared to the Northern Hemisphere.

From the Blog

Data verified by Dr. Meera Iyer, Astrophysicist · Sources: Jean Meeus' Astronomical Algorithms · Methodology