Sun and twilight
- Sunset
- Civil twilight ends
- Nautical twilight ends
- Astronomical darkness
- –
- Sunrise
United States · 36.17°N, 115.14°W · times in America/Los_Angeles
Monday 26 October 2026. Sunset , properly dark from until . The Moon is waning gibbous, 98% lit, and it is up through all of tonight's darkness.
98%
Waning Gibbous
Times between local noon today and noon tomorrow; (+1) means after midnight.
A bright Moon tonight. Its light hides the Milky Way and fainter meteors. Use it instead: binoculars on the line between light and dark show craters in sharp relief.
Let the sky turn. The stars rise about four minutes earlier each night, so a constellation you see at 22:00 now will be in the same place at 20:00 in a month. If something is too low tonight, wait an hour or come back in a few weeks.
Day Civil twilight Nautical Astronomical Full dark · bars show when each body is above the horizon
Morning: rises around in the east-northeast, best near , 66° up in the southeast.
Morning: rises around in the east-northeast, best near , 60° up in the southeast.
Evening: from low in the east-southeast, sets around in the west.
Morning: rises around in the east-northeast, best near , 75° up in the south.
Evening: from low in the east-southeast until .
"Visible" means at least 5° above the horizon (15° for Uranus and Neptune) while the Sun is more than 6° below it. Directions: N, NE, E… are compass points along the horizon.
| Date | Appears | Highest | Disappears | Visible for |
|---|---|---|---|---|
| Wed 28 Oct | N | 14° NNE | ENE | 3.9 min |
| Thu 29 Oct | N | 11° NNE | NNE | 1.6 min |
| Fri 30 Oct | NNW | 30° NE | E | 6.1 min |
| Sat 31 Oct | N | 20° NNE | E | 3.9 min |
| Sun 1 Nov | NE | 13° NE | ENE | 0.8 min |
| Sun 1 Nov | NW | 85° SSE | SE | 6.4 min |
| Mon 2 Nov | N | 50° NE | ESE | 4.1 min |
The International Space Station looks like a bright, steady star moving across the sky in a few minutes. Passes are computed from the latest orbital elements (epoch 2026-10-25); the station's orbit is adjusted from time to time, so a pass can shift by a minute or more. It may also fade suddenly when it enters Earth's shadow.
| Night of | Sunset | Dark | Moon | Moonrise / set | Moon-free dark | Planets |
|---|---|---|---|---|---|---|
| Tue 27 Oct | – | 94% | ↑ ↓ | — | Mars, Jupiter, Saturn | |
| Wed 28 Oct | – | 87% | ↑ ↓ | 30 min | Mars, Jupiter, Saturn | |
| Thu 29 Oct | – | 78% | ↑ | 1 h 30 min | Mars, Jupiter, Saturn | |
| Fri 30 Oct | – | 68% | ↑ ↓ | 2 h 40 min | Mars, Jupiter, Saturn | |
| Sat 31 Oct | – | 56% | ↑ ↓ | 3 h 55 min | Mars, Jupiter, Saturn | |
| Sun 1 Nov | – | 45% | ↑ ↓ | 5 h 05 min | Venus, Mars, Jupiter, Saturn | |
| Mon 2 Nov | – | 34% | ↑ ↓ | 6 h 15 min | Venus, Mars, Jupiter, Saturn |
Illumination at local noon; ↑ moonrise, ↓ moonset, local time. Phase dates for the whole world: Moon phases October 2026.
Best on the night of Wed 4 Nov around , when the radiant is 69° up. Under a dark sky expect up to about 7 meteors an hour.
Moon 12% at peak
Best on the night of Wed 11 Nov around , when the radiant is 76° up. Under a dark sky expect up to about 5 meteors an hour.
Moon 11% at peak
Best on the night of Tue 17 Nov around , when the radiant is 71° up. Under a dark sky expect up to about 14 meteors an hour, fewer this year because the Moon is 55% lit.
Moon 55% at peak
Rate = the shower's zenithal hourly rate × the sine of the radiant's altitude. Real counts are lower from towns and with moonlight; treat this as an upper guide.
Somewhere else? Use your own location: the sky is computed in your browser and the location never leaves your device.