Sun and Moon signs
Sun: Scorpio · Moon: Sagittarius
The Sun moves through one zodiac sign in about a month; the Moon passes through a sign in about two and a half days. Your Sun sign is the sign the Sun occupied on your birthday.
What a Sun sign isDaily sky snapshot
Calculated Sun, Moon, and planet positions for November 10, 2026 at 12:00 UTC, with the Moon phase, retrogrades, and major aspects.
Calculated for . This is a deterministic geocentric snapshot, not a birth chart.
At 12:00 UTC
Horoscopes for this day
The calculated sky above is the same for everyone. A daily Sun-sign horoscope reads it as a reflective prompt for each sign.
Terms on this pageRetrogradeAspectMoon phaseEcliptic
Reading this sky
Short explanations of the terms above, with guides if you want to go further.
Sun: Scorpio · Moon: Sagittarius
The Sun moves through one zodiac sign in about a month; the Moon passes through a sign in about two and a half days. Your Sun sign is the sign the Sun occupied on your birthday.
What a Sun sign isNew Moon · 1.6% illuminated
The lit part of the Moon grows night by night until the Full Moon. One full cycle of phases takes about 29.5 days.
How to read a Moon calendarMercury, Venus, Saturn, Uranus, and Neptune
Seen from Earth, a planet sometimes appears to move backwards through the zodiac. Its orbit does not change; the effect comes from the shifting viewpoint between Earth and the planet.
Retrogrades explainedClosest to exact: Sextile between Venus and Mars, 0.14° away
An aspect is an angle between two bodies along the zodiac, such as 90° for a square or 120° for a trine. Astrology reads aspects as relationships between planetary themes; this page lists the measured angles only.
Aspects in astrologyApparent geocentric positions
Longitude and latitude use the true ecliptic of date. “Retrograde” describes the sign of the sampled apparent longitude speed, not an interpretive meaning. “Near station” uses a threshold of 0.005° per day. Values are rounded only for display.
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| Body | Tropical sign | Longitude | Latitude | Motion | Speed / day |
|---|---|---|---|---|---|
| Sun | Scorpio 18°06′ | 228.102° | 0.000° | Direct | 1.005° |
| Moon | Sagittarius 1°43′ | 241.732° | -4.969° | Direct | 12.194° |
| Mercury | Scorpio 5°59′ | 215.995° | 1.453° | Retrograde | -0.610° |
| Venus | Libra 23°06′ | 203.112° | -2.499° | Retrograde | -0.143° |
| Mars | Leo 23°14′ | 143.249° | 1.806° | Direct | 0.470° |
| Jupiter | Leo 25°22′ | 145.368° | 0.723° | Direct | 0.098° |
| Saturn | Aries 8°44′ | 8.740° | -2.659° | Retrograde | -0.051° |
| Uranus | Gemini 4°18′ | 64.313° | -0.149° | Retrograde | -0.040° |
| Neptune | Aries 1°54′ | 1.906° | -1.408° | Retrograde | -0.017° |
| Pluto | Aquarius 3°13′ | 303.221° | -4.266° | Direct | 0.012° |
Configured aspect orbs
These relationships fall within the configured orbs. They are not all exact at this moment, and this table adds no interpretation.
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| Bodies | Aspect | Separation | Distance from exact |
|---|---|---|---|
| Venus - Mars | Sextile (60°) | 59.862° | 0.138° |
| Moon - Neptune | Trine (120°) | 120.174° | 0.174° |
| Uranus - Pluto | Trine (120°) | 121.092° | 1.092° |
| Neptune - Pluto | Sextile (60°) | 58.685° | 1.315° |
| Moon - Pluto | Sextile (60°) | 61.489° | 1.489° |
| Mars - Jupiter | Conjunction (0°) | 2.118° | 2.118° |
| Venus - Jupiter | Sextile (60°) | 57.744° | 2.256° |
| Uranus - Neptune | Sextile (60°) | 62.407° | 2.407° |
| Moon - Uranus | Opposition (180°) | 177.419° | 2.581° |
| Mercury - Pluto | Square (90°) | 87.226° | 2.774° |
| Sun - Mars | Square (90°) | 84.853° | 5.147° |
| Saturn - Neptune | Conjunction (0°) | 6.834° | 6.834° |
Reproducible calculation
These sky positions and event times are calculated with the settings below. They are kept separate from astrological interpretation and can be reproduced from the named engine.
Every value on this page uses the same moment, so positions and aspects can be compared directly. It is a geocentric view of the sky, not a birth chart or the horizon above a particular city.
“Today” follows the calendar date in UTC. Every dated page keeps the same 12:00 UTC moment.
Displayed positions are rounded to 0.001°. Event files retain their calculated numeric values and full UTC timestamp. The one-second event-search tolerance is a numerical stopping rule, not a claim of cross-model accuracy; primary Moon-phase times are also compared with an independent source within five minutes. Read the complete methodology and limitations.