Welcome to Moon Phase Today. Our interactive calendar tracks the current illumination, moonrise in your location, moon age, and the next Full Moon date. By aligning our calculations with NASA data, we provide the precise lunar timing you need—whether you are planning a fishing trip, scouting hunting times, or seeking astrology insights.
Featured Celestial Tools
Lunar 100 Guide
The ultimate moon-watching list. Track 100 must-see lunar features.
Solunar Hunting
Predict peak wildlife activity using sun and moon gravitational data.
Astrology Portal
Daily moon sign insights, birth charts, and lunar horoscopes.
Solunar Fishing
Optimize catches with moon-phase specific activity forecasts.
Gardening Calendar
Sync 2026 planting with moon phases for optimal root and leaf growth.
Tide Predictor
Coastal tidal forecasts driven by real-time lunar positions.
Common Moon Phase Questions
What is the current moon phase today?
The moon phase today depends on its position relative to Earth and the Sun. Currently, the Moon is shifting through one of its 8 primary stages. You can check the live illumination here to see the exact percentage and the countdown to the next Full Moon.
How many moon phases are there in a cycle?
There are 8 moon phases in a standard 29.5-day lunar cycle: New Moon, Waxing Crescent, First Quarter, Waxing Gibbous, Full Moon, Waning Gibbous, Last Quarter, and Waning Crescent. Our interactive calendar tracks these transitions with down-to-the-minute accuracy.
Is the moon phase the same everywhere on Earth?
Yes, the lunar phase is universal; everyone on Earth sees the same amount of illumination at the same time. However, the Moon's orientation (up-side down vs right-side up) and the exact moonrise times change based on your specific latitude and longitude.
What is the best moon phase for stargazing?
The New Moon is the best phase for stargazing and deep-space photography because the sky is at its darkest. During a Full Moon, the lunar glare can wash out faint stars and nebulae. You can use our Sky Clarity tool to find the best viewing nights.
How long does it take for the moon to orbit Earth?
It takes approximately 27.3 days for the Moon to complete one orbit around Earth (Sideral month), but 29.5 days to complete a full cycle of phases (Synodic month) due to Earth's own movement around the Sun.
How accurate is the data on Moon Phase Today?
Our data is highly precise, utilizing SunCalc open-source algorithms and verified against NASA’s Jet Propulsion Laboratory (JPL) horizons system. We provide real-time updates for 2026 to ensure photographers, gardeners, and astronomers have the most reliable telemetry available.
The Art of Lunar Observation
Unlocking the best views of the night sky starts with checking the moon phase today. While a Full Moon is undeniably beautiful, it actually washes out the lunar surface with direct light. For those using binoculars or a telescope, the real magic is found along the Terminator Line—the high-contrast boundary where lunar day meets night.
At this boundary, the Sun sits low on the lunar horizon, casting long shadows that reveal the incredible texture of the landscape. Impact craters look deeper, mountain ranges look more rugged, and the vast valleys of the maria show their true topographical complexity. You can track this line in real-time using our live Terminator Calculator to see exactly which craters are in peak viewing position right now.
By monitoring the current moon phase, you can predict exactly which targets from our Lunar 100 Map will be perfectly positioned for viewing. Whether you are observing the soft "Earthshine" on a waxing crescent or the dramatic ridges of the Apennine Mountains during a quarter phase, timing your observation is the secret to a professional-grade experience.
Moon Phases Explained
Explore the science behind the changing lunar face. Each stage shows how sunlight illuminates the surface as it orbits the Earth and how the monthly cycle progresses.
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The New Moon
This occurs when the Moon is between the Earth and Sun, so the illuminated side faces away from us. It is invisible in the night sky and marks the start of the cycle.
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Waxing Crescent
During this stage, a small sliver becomes visible as sunlight gradually illuminates the surface. Observing this helps track the movement towards the First Quarter.
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First Quarter
This shows exactly half of the surface illuminated, about a week after the New Moon. It is a key checkpoint in the cycle for observing position and shadows.
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Waxing Gibbous
This stage displays more than half of the disc illuminated as it approaches 100%. Tracking this gives insight into the progression toward maximum brightness.
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The Full Moon
Fully illuminated when Earth lies directly between the satellite and the Sun. Observing the Full Moon highlights the surface brightness and completes the first half of the cycle.
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Waning Gibbous
After the peak brightness, this phase begins as the illuminated portion decreases (wanes). Observing this helps understand how the shadows return.
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Last Quarter
Here, half of the disc is visible again but opposite to the First Quarter. Tracking this shows the descending cycle heading back toward darkness.
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Waning Crescent
The final visible sliver before the New Moon. Observing it allows you to see the last light of the month and prepare for the next reset.