Moon calendar

May 2086

  1. 1 93%
  2. 2 87%
  3. 3 79%
  4. 4 69%
  5. 5 59%
  6. 6 Last qtr
  7. 7 36%
  8. 8 25%
  9. 9 16%
  10. 10 8%
  11. 11 3%
  12. 12 New
  13. 13 0%
  14. 14 3%
  15. 15 9%
  16. 16 15%
  17. 17 24%
  18. 18 33%
  19. 19 42%
  20. 20 First qtr
  21. 21 61%
  22. 22 70%
  23. 23 79%
  24. 24 86%
  25. 25 92%
  26. 26 96%
  27. 27 99%
  28. 28 Full
  29. 29 99%
  30. 30 95%
  31. 31 89%

Events in May 2086

  1. 3:46 PM

    Mercury behind the Sun

    On the far side of the Sun and lost in its glare.

  2. 6:26 AM

    Last Quarter

    Half of the disc is lit. The Moon rises around midnight and is up through the morning.

  3. Perigee

    The Moon's closest point to Earth on this orbit: 363,300 km.

  4. 9:41 PM

    New Moon

    The Moon passes between Earth and the Sun and cannot be seen. These are the darkest nights of the month.

  5. 10:50 PM

    Moon and Mercury close together

    They pass 1.2° apart in the sky.

  6. 6:26 PM

    Jupiter, Moon, and Neptune gathered

    All within 5.3° of each other in the sky.

  7. 11:36 PM

    Moon and Neptune close together

    They pass 4.7° apart in the sky.

  8. 7:19 AM

    First Quarter

    Half of the disc is lit. The Moon is high at sunset and sets around midnight.

  9. 9:18 AM

    Venus and Saturn close together

    They pass 0.4° apart in the sky.

  10. Apogee

    The Moon's farthest point from Earth on this orbit: 404,700 km.

  11. 8:35 AM

    Full Moon Flower Moon

    The whole disc is lit. The Moon rises around sunset and stays up all night.

  12. 8:40 AM

    Partial lunar eclipse

    Part of the Moon passes through Earth's dark inner shadow.

  13. 3:12 PM

    Mercury at greatest elongation

    23° from the Sun in the evening sky, its best showing after sunset.

Times are local to America/New York. Each Moon is drawn as it looks at midday.

Your location

Times are shown for Columbus, US, guessed from your internet connection. Pick your city if that is wrong.

Your location is kept in a cookie in this browser and is used to calculate rise and set times. Rounded to about 25 km, it is also sent to Open-Meteo for the cloud forecast.