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Aspects

Moon–Jupiter conjunction

Seen from Earth, the Moon and Jupiter stand in the same direction, at the same point of the ecliptic.

Next · in 17 days

Mon, Nov 2, 2026, 10:50 PM

Leo · Leo

Last: Tue, Oct 6, 2026, 11:22 AM · 11 days ago

2026–2035
133 dates, on average every 27.5 days.
Conjunction
0°
JanFebMarAprMayJunJulAugSepOctNovDecAriesTaurusGeminiCancerLeoVirgoLibraScorpioSagittariusCapricornAquariusPiscesNeptuneRUranusRSaturnRJupiterMarsVenusRMercuryRSunMoon
View in the sky wheelView in 3D

What happens in the sky

Earth in the middle, the constellations along the ecliptic around it. As of Mon, Nov 2, 2026, 10:50 PM.

AriesTaurusGeminiCancerLeoVirgoLibraScorpioSagittariusCapricornAquariusPiscesMoonJupiterEarth

All dates 2026 to 2035

133 dates, on average every 27.5 days.

2026
2027
2028
2029
2030
2031
2032
2033
2034
2035

In front of which constellations

Where the Moon and Jupiter stand at the dates from 2026 to 2035.

The next dates

Local time Europe/London. Below each date, the constellation in front of which the Moon stands at that moment.

More in the sky

Moon and Jupiter

Moon–Jupiter oppositionMoon–Jupiter trine

Conjunction with other bodies

Sun–Moon conjunctionSun–Jupiter conjunctionMoon–Mercury conjunctionMoon–Venus conjunctionMoon–Mars conjunctionMoon–Saturn conjunctionMoon–Uranus conjunctionMoon–Neptune conjunctionMoon–Pluto conjunctionMercury–Jupiter conjunctionVenus–Jupiter conjunctionMars–Jupiter conjunctionJupiter–Neptune conjunctionJupiter–Pluto conjunction

Leo constellationMoon in Leo

In the glossary: Conjunction

Constellations today →

Frequently asked questions

When is the next Moon–Jupiter conjunction?

Mon, Nov 2, 2026, 10:50 PM, local time Europe/London. Constellations: Leo and Leo.

How often is there a Moon–Jupiter conjunction?

133 dates from 2026 to 2035, on average every 27.5 days.

What is a Moon–Jupiter conjunction?

Seen from Earth, the Moon and Jupiter stand in the same direction, at the same point of the ecliptic.

Stars, figures and boundaries: d3-celestial by Olaf Frohn (BSD licence); IAU boundaries of 1928.