Planet conjunctions & sky events in Wrocław, Poland
26 events visible from Wrocław until January 2028 · local time
Visible from Wrocław
- Mon, Nov 2, 2026Moon near Mars
Best seen Mon, Nov 2 at 5:59, 55° up in the south: about 4.8° apart. Mars is magnitude 0.9. - Tue, Nov 3, 2026Moon near Jupiter
Best seen Tue, Nov 3 at 1:06, 11° up in the east: about 1.8° apart. Jupiter is magnitude -2. - Mon, Nov 16, 2026Mars and Jupiter close together
Best seen Mon, Nov 16 at 3:03, 38° up in the southeast, about 1.2° apart. - Mon, Nov 30, 2026Moon near Jupiter
Best seen Mon, Nov 30 at 6:45, 46° up in the southwest: about 2.3° apart. Jupiter is magnitude -2.2. - Tue, Dec 1, 2026Moon near Mars
Best seen Tue, Dec 1 at 0:05, 10° up in the east: about 5.5° apart. Mars is magnitude 0.5. - Sun, Dec 27, 2026Moon near Jupiter
Best seen Sun, Dec 27 at 21:46, 10° up in the east: about 3.9° apart. Jupiter is magnitude -2.4. - Mon, Dec 28, 2026Moon near Mars
Best seen Mon, Dec 28 at 7:09, 30° up in the southwest: about 7.1° apart. Mars is magnitude -0.1. - Sun, Jan 3, 2027Venus at greatest western elongation
47° from the Sun, the best morning view of Venus: look Sun, Jan 3 at 7:06, 20° up in the southeast. - Sat, Jan 23, 2027Moon near Jupiter
Best seen Sat, Jan 23 at 23:11, 43° up in the southeast: about 1.8° apart. Jupiter is magnitude -2.5. - Thu, Feb 11, 2027Jupiter at opposition
Up all night and at its brightest (magnitude -2.6); highest around 0:07, 54° up in the south. - Sat, Feb 20, 2027Mars at opposition
Up all night and at its brightest (magnitude -1.2); highest around 0:14, 54° up in the south. - Sat, Feb 20, 2027Moon near Jupiter
Best seen Sat, Feb 20 at 5:17, 11° up in the west: about 2.2° apart. Jupiter is magnitude -2.5. - Fri, Mar 19, 2027Moon near Jupiter
Best seen Fri, Mar 19 at 3:26, 10° up in the west: about 4.9° apart. Jupiter is magnitude -2.4. - Fri, Mar 19, 2027Moon near Mars
Best seen Fri, Mar 19 at 18:43, 37° up in the southeast: about 4.7° apart. Mars is magnitude -0.7. - Thu, Apr 15, 2027Moon near Jupiter
Best seen Thu, Apr 15 at 20:29, 53° up in the south: about 3.1° apart. Jupiter is magnitude -2.2. - Fri, Apr 16, 2027Moon near Mars
Best seen Fri, Apr 16 at 0:04, 36° up in the southwest: about 3.8° apart. Mars is magnitude 0. - Thu, May 13, 2027Moon near Jupiter
Best seen Thu, May 13 at 0:02, 19° up in the west: about 2.1° apart. Jupiter is magnitude -2.1. - Thu, May 13, 2027Moon near Mars
Best seen Thu, May 13 at 21:25, 43° up in the southwest: about 3.9° apart. Mars is magnitude 0.5. - Wed, Jun 9, 2027Moon near Jupiter
Best seen Wed, Jun 9 at 22:05, 22° up in the west: about 6.5° apart. Jupiter is magnitude -1.9. - Thu, Jun 10, 2027Moon near Mars
Best seen Thu, Jun 10 at 22:04, 24° up in the southwest: about 4.4° apart. Mars is magnitude 0.9. - Thu, Jul 8, 2027Moon near Mars
Best seen Thu, Jul 8 at 22:00, 10° up in the west: about 7.0° apart. Mars is magnitude 1.1. - Tue, Sep 28, 2027Moon near Jupiter
Best seen Tue, Sep 28 at 6:06, 12° up in the east: about 5.9° apart. Jupiter is magnitude -1.7. - Mon, Oct 18, 2027Saturn at opposition
Up all night and at its brightest (magnitude -0.1); highest around 0:39, 46° up in the south. - Tue, Oct 26, 2027Moon near Jupiter
Best seen Tue, Oct 26 at 5:47, 19° up in the east: about 4.8° apart. Jupiter is magnitude -1.8. - Tue, Nov 23, 2027Moon near Jupiter
Best seen Tue, Nov 23 at 2:56, 11° up in the east: about 7.0° apart. Jupiter is magnitude -1.9. - Thu, Dec 30, 2027Moon near Venus
Best seen Thu, Dec 30 at 17:03, 11° up in the southwest: about 4.5° apart. Venus is magnitude -4.
Not visible from Wrocław
These happen too low in a dark sky or too close to the Sun to see from here.
- Sat, Nov 7, 2026 · Moon near Venus
- Sat, Nov 21, 2026 · Mercury at greatest western elongation
- Fri, Jan 8, 2027 · Moon near Mercury
- Wed, Feb 3, 2027 · Mercury at greatest eastern elongation
- Mon, Feb 8, 2027 · Moon near Mercury
- Thu, Mar 4, 2027 · Moon near Venus
- Sat, Mar 6, 2027 · Moon near Mercury
- Wed, Mar 17, 2027 · Mercury at greatest western elongation
- Sun, Apr 4, 2027 · Moon near Venus
- Mon, Apr 19, 2027 · Mercury and Saturn close together
- Fri, May 7, 2027 · Moon near Mercury
- Fri, May 7, 2027 · Venus and Saturn close together
- Fri, May 28, 2027 · Mercury at greatest eastern elongation
- Sun, Jun 6, 2027 · Moon near Mercury
- Sat, Jul 3, 2027 · Moon near Venus
- Wed, Jul 7, 2027 · Moon near Jupiter
- Thu, Jul 15, 2027 · Mercury at greatest western elongation
- Sun, Aug 1, 2027 · Moon near Mercury
- Mon, Aug 2, 2027 · Moon near Venus
- Tue, Aug 3, 2027 · Moon near Jupiter
- Fri, Aug 6, 2027 · Moon near Mars
- Wed, Aug 11, 2027 · Mercury and Venus close together
- Fri, Aug 20, 2027 · Mercury and Jupiter close together
- Thu, Aug 26, 2027 · Venus and Jupiter close together
- Tue, Aug 31, 2027 · Moon near Jupiter
- Wed, Sep 1, 2027 · Moon near Venus
- Thu, Sep 2, 2027 · Moon near Mercury
- Sat, Sep 4, 2027 · Moon near Mars
- Sat, Sep 25, 2027 · Mercury at greatest eastern elongation
- Sat, Oct 2, 2027 · Moon near Mercury
- Sun, Oct 3, 2027 · Moon near Mars
- Sun, Oct 31, 2027 · Moon near Venus
- Mon, Nov 1, 2027 · Moon near Mars
- Thu, Nov 4, 2027 · Mercury at greatest western elongation
- Thu, Nov 25, 2027 · Venus and Mars close together
- Tue, Nov 30, 2027 · Moon near Mars
- Tue, Nov 30, 2027 · Moon near Venus
- Tue, Dec 28, 2027 · Moon near Mercury
- Wed, Dec 29, 2027 · Moon near Mars
What these events mean
- Moon near a planet: the Moon passes within 5° of a planet, as seen from Earth's centre (a finger held at arm's length covers about 1°). From Wrocław the gap can differ by a degree or so, and the Moon moves about its own width every hour.
- Two planets close together: a pair within 3° — an easy, striking sight when both are bright.
- Opposition: Mars, Jupiter or Saturn opposite the Sun, so it rises at sunset, is up all night and is at its brightest.
- Greatest elongation: Mercury or Venus at its furthest from the Sun, the best time to see it in the evening (eastern) or morning (western) sky.
“Best seen” is the moment within about a day of the event when every object is at least 10° above the horizon in a dark sky (sun at least 6° down). Calculated with Astronomy Engine; times assume a flat horizon. Add these to your calendar (.ics).