Venus can be seen by eye in a clear blue sky when it is far from the Sun
Venus, at magnitude -4 to -4.9, is bright enough to see in daylight once you know exactly where to look. The eye has nothing to focus on in a blank blue sky, so the hard part is finding it; once found, it is easy to see again. The best times are the weeks around Venus's greatest elongation, its greatest angle from the Sun, and its greatest brilliancy, when it is brightest, about five weeks before or after inferior conjunction, when it passes between Earth and Sun.
- Look when Venus is highest, around midday for a morning Venus that is far west of the Sun, or in the afternoon for an evening Venus.
- A deep blue, clear sky helps; haze hides it. Higher altitude sites have darker skies by day.
- Stand in the shade of a building with the Sun blocked, so your eyes are not dazzled.
- Find Venus at dawn or dusk, then keep watching it as the sky brightens, or note its position against a landmark.
Venus's next elongations and peak brightness
| Date | Event | Value | Sky |
|---|---|---|---|
| November 27, 2026 | Greatest brilliancy | magnitude -4.9 | morning |
| January 3, 2027 | Greatest elongation | 47° from the Sun | morning |
| March 22, 2028 | Greatest elongation | 46° from the Sun | evening |
| April 27, 2028 | Greatest brilliancy | magnitude -4.7 | evening |
| July 5, 2028 | Greatest brilliancy | magnitude -4.7 | morning |
| August 10, 2028 | Greatest elongation | 46° from the Sun | morning |
The Moon is the best pointer: 8 close passes by Venus in the next two years
When the Moon passes close to Venus, find the Moon in the daytime sky, then look a few degrees away for a bright point. These are the passes with the Moon within 4° of Venus and Venus at least 15° from the Sun. Times are in Universal Time; the Moon moves about its own width each hour, so the separation seen from your location differs by up to a degree.
| Date | Moon to Venus | Venus from Sun | Sky | Venus mag |
|---|---|---|---|---|
| March 4, 2027 | 2.0° | 40° | morning | -4.1 |
| April 4, 2027 | 2.9° | 34° | morning | -3.9 |
| November 30, 2027 | 0.9° | 28° | evening | -3.9 |
| December 30, 2027 | 2.9° | 35° | evening | -4.0 |
| February 29, 2028 | 4.0° | 45° | evening | -4.3 |
| March 30, 2028 | 0.9° | 46° | evening | -4.6 |
| April 28, 2028 | 1.7° | 39° | evening | -4.7 |
| September 15, 2028 | 1.0° | 43° | morning | -4.2 |
Jupiter, Mars and the brightest stars need a telescope or binoculars in daylight
Jupiter near opposition, at magnitude -2.5, and Mars at a close opposition can be found in a daytime sky with binoculars or a telescope pointed by a go-to mount or setting circles, especially in the hour before sunset. Sirius, at magnitude -1.5, is the brightest star and has been seen by eye after sunrise. Mercury is never far enough from the Sun to be safe to search for.
| Opposition | Planet | Magnitude |
|---|---|---|
| February 11, 2027 | Jupiter | -2.6 |
| February 19, 2027 | Mars | -1.2 |
| March 12, 2028 | Jupiter | -2.5 |
Never sweep near the Sun with binoculars or a telescope
A moment of sunlight through binoculars or a telescope can blind you. Keep the Sun blocked behind a building, and search with binoculars only when Venus is more than about 15° from the Sun; better, use a go-to telescope or setting circles that point to Venus directly. For safe ways to look at the Sun itself, see the solar eclipse page.