Update rhythm
The gateway validates a 14-body snapshot and refreshes on the UTC hour.
Observed sky · hourly
Live Sky Today
See the exact Active Transits sky map from the webapp, using hourly geocentric longitudes for the Sun, Moon, planets, nodes, Chiron, and Lilith.
Direct answer
The live map below shows the current geocentric ecliptic longitudes used by Active Transits. It does not claim that a body is above your horizon or visible from your location.
Coordinate shown
Geocentric ecliptic longitude, translated into a tropical zodiac sign and degree.
Not included
Local altitude, azimuth, cloud cover, rise/set time, brightness, and future visibility.
Verified current positions · refreshes hourly
The Active Transits Sky Map
Current geocentric longitudes. No local rise, set, altitude, direction, weather, or future visibility is inferred.
Angular comparisons use ecliptic longitude. They do not establish apparent separation, altitude, brightness, darkness, or local visibility.
Opening the Active Transits sky map…
What the live sky actually measures
A planetary longitude is a position around the 360-degree ecliptic as seen from Earth. Zero degrees begins at the tropical Aries point, and each succeeding 30-degree sector receives a zodiac sign name. This is a useful common coordinate for an ephemeris and for astrology, but it is not a local sky map. A planet can have a perfectly valid longitude while being below your horizon, washed out by daylight, or hidden by weather.
How to read the Active Transits map
Select a body on the Sky Map to see its current detail. The tracks visualize longitude rather than physical distance or orbital scale. Aspect lines summarize angular relationships in longitude. They do not depict the planets as close together in three-dimensional space, and an apparent conjunction in longitude is not automatically a naked-eye observing event.
Observation time and freshness
Every live claim should travel with its timestamp. The gateway caches a validated snapshot for the current UTC hour, labels a last-known snapshot as stale when necessary, and refuses to invent missing bodies. The page also keeps a short local cache so the mechanism can show the last verified wheel during a brief network interruption. Check the status line before treating any degree as current.
From coordinates to local observing
To decide what you can see, add a place, an observing time, and local conditions. Altitude and azimuth depend on latitude, longitude, and time; atmospheric transparency and horizon obstructions matter too. Use a location-aware astronomical service for rise, set, and twilight, then use a weather source for cloud and visibility. This page intentionally does not guess those values.
Observation and symbolic interpretation
The position readout is an astronomical observation layer. Astrological language is a separate symbolic layer that assigns themes to signs, aspects, and cycles. You may use the wheel as a reflective prompt, but the coordinates do not demonstrate a personality effect or predict an event. Keeping the layers named makes both the measurement and the reflection easier to evaluate.
Sources and live-data notes
- U.S. Naval Observatory: Astronomical Data ↗Authoritative astronomical data services and event tables.
- NASA: Skywatching ↗Current observing education and monthly highlights; visibility still depends on location, time, horizon, and weather.
- U.S. Naval Observatory: Rise, Set, and Twilight Definitions ↗Definitions for location-dependent rise, set, and twilight calculations.
- The Great Almanac live APISame-origin gateway for the validated hourly current-position snapshot; the upstream source is identified in the response metadata.
Continue through the Sky & Time Almanac
Cluster hubSky & Time AlmanacAll observation guides, live instruments, and source boundaries.
Celestial coordinates · time seriesEphemerisUnderstand ephemerides, ecliptic longitude, coordinate frames, time standards, retrograde notation, interpolation, and the limits of a current snapshot.
Observing calendar · verify locallyCelestial EventsLearn the major kinds of celestial events, how to verify an observing opportunity, and what a current longitude feed can and cannot establish.
Lunar almanac · observed nowMoon TodayRead the Moon’s current geocentric longitude, zodiac degree, approximate phase family, and the limits of non-location-aware lunar data.
Sky regions, patterns, and cultureConstellationsLearn the difference between official constellation boundaries and familiar star patterns, plus safe, location-aware ways to begin sky navigation.
Common questions
How often do the current planetary positions update?
The Almanac gateway refreshes its validated sky snapshot on the UTC hour. The page checks again at the next hour while it remains open.
Is this a view from my city?
No. It is a geocentric longitude wheel. Local horizon position, rise and set, darkness, and weather require your coordinates and an observing time.
Are the orbit rings drawn to scale?
No. They are an information design for longitude and angular relationships, not a physical model of orbital size or planet distance.
