Free Self-Discovery Tool
Free lunar return calculator: your exact lunar return dates from the Swiss Ephemeris — the ~27-day cycle astrologers read as a monthly emotional reset.
Your natal Moon describes your emotional baseline — what safety, comfort, and mood default to for you. Every ~27.3 days the transiting Moon comes home to that degree, and astrologers read the moment as a monthly reset: the old emotional month closes, a new one opens. Thirteen times a year you get a natural checkpoint that is personal to your chart, not a generic calendar month.
A lunar return is a rhythm, not a prediction — it will not tell you what happens next month. What it gives you is a recurring check-in keyed to your own chart: the day or two around each return is a natural moment to clear, journal, and set one emotional intention. Track a few cycles and your own pattern becomes visible in a way no one-off reading can match.
The two returns work at different scales: the solar return happens once a year near your birthday and frames the year ahead, while the lunar return happens every ~27 days and frames the month. They pair naturally — the solar return sets the year's theme, and each lunar return is a monthly pulse inside it. If you want the whole year dated window by window, a full timing map extends this from one cycle to your entire chart.
Enter your birth details above — the calculator solves the exact moments the transiting Moon re-crosses your natal Moon degree. Returns land about every 27.3 days, so you get roughly thirteen a year; the tool shows your last one and the next three.
A lunar return is the Moon coming back to the exact position it held at your birth. Astrologers read it as the start of a new emotional month — some cast a full chart for that instant to preview the month's tone.
People sometimes search for a "monthly solar return", but the monthly cycle is the lunar one — the Sun takes a full year to return, while the Moon returns every ~27.3 days. If you want the yearly reset, that is the solar return calculator.
The dates are solved from the Swiss Ephemeris to the actual crossing moment, not estimated from an average cycle. If the exact solver is ever unavailable, the tool shows a mean-cycle estimate and labels it as approximate.