← Quadrantids meteor shower 2027

Mon, Jan 4

Quadrantids meteor shower 2027 from Osaka

Best 2:27 AM–5:57 AM (radiant up to 60°).

Up to about 110 meteors an hour under a perfectly dark sky. The Moon is 13% lit on the peak night.

in 63 days 13 h

Times are local (GMT+9).

"Worth looking up" alerts for Osaka

One notification in the late afternoon, only on nights with something worth going out for over Osaka: a very bright ISS pass, a Starlink train, a meteor shower peak, planets together, a supermoon or eclipse, the northern lights, or a bright comet. Only the city is stored, not your location.

Put Osaka's sky in your calendar

Full moons, meteor showers, eclipses and bright ISS passes (with a 10-minute reminder) appear in your calendar and update by themselves.

Plan your night

☁️ Clouds through the night

The hour-by-hour cloud forecast appears about five days before.

🌑 Find a dark sky

City light hides most of the show. Drive until the sky looks clearly darker (often 30–60 minutes out), away from streetlights, with an open view.

🛰️ Also crossing the sky that night

Bright ISS and Starlink passes during the best hours appear about five days before.

Shooting stars streak across the sky: up to about 110 an hour from a dark place.

How to watch

  • Find a dark place away from city lights and give your eyes 20 minutes to adjust.
  • Lie back and look at a wide part of the sky; you do not need to face the radiant.
  • Rates are highest in the hours before dawn.
Tonight's sky over Osaka →

Other cities

  • NagoyaBest 2:22 AM–5:52 AM (radiant up to 60°)
  • TokyoBest 2:11 AM–5:41 AM (radiant up to 60°)
  • FukuokaBest 2:48 AM–6:18 AM (radiant up to 59°)
  • VladivostokBest 2:57 AM–7:27 AM (radiant up to 67°)
  • SapporoBest 1:19 AM–5:49 AM (radiant up to 67°)
  • Okinawa (Naha)Best 3:44 AM–6:14 AM (radiant up to 51°)
  • ShanghaiBest 2:39 AM–5:39 AM (radiant up to 55°)
  • TaipeiBest 3:08 AM–5:38 AM (radiant up to 51°)
  • BeijingBest 2:14 AM–6:14 AM (radiant up to 63°)
  • GuamBest 4:21 AM–5:51 AM (radiant up to 39°)

Calculated with Astronomy Engine (MIT license).