✦Janma Kundli · जन्म कुंडली✦
Your Vedic birth chart, instantly.
Real astronomical positions, Lahiri ayanamsa, whole-sign houses, complete Vimshottari dasha. No ads, no signup, nothing stored.
What you'll get
Time of birth matters — even a few minutes can change your ascendant.- Planetary positions in sidereal zodiac (Lahiri ayanamsa)
- Rasi (D1) and Navamsa (D9) charts, North or South Indian style
- Dignity, aspects (drishti), and Vimshottari mahadasha
- Mangal Dosha check with classical cancellations
- Sade Sati phase based on today's Saturn transit
- Yogas from Brihat Parashara Hora Shastra
✦About this tool✦
How it works
1
Enter your birth details
Just your name, date, time, and place of birth. Time matters most — even a few minutes can change your ascendant.
2
The sky is read for that moment
We calculate exactly where every planet was at the moment you were born, from your specific location on earth.
3
Your chart is built
Your ascendant, Moon sign, planets, nakshatras, houses, and dasha timeline — all the pieces a Vedic astrologer would use to read your kundli.
✦Common questions✦
How precise is the birth time I need?+
As precise as you can get. The ascendant (lagna) changes sign roughly every 2 hours, so an error of 4 minutes can shift it by ~1°. If you don't know the exact time, use 12:00 noon, the planetary positions will still be accurate, only the ascendant and houses will be approximate.
Which house system do you use?+
Whole-sign houses, the classical Vedic system in which each house is exactly one rashi (30°), starting from the ascendant sign. This is the system used in Brihat Parashara Hora Shastra and most Indian Vedic schools.
What is Vimshottari Mahadasha?+
A 120-year planetary timing cycle. Your starting dasha is determined by the nakshatra your Moon is in at birth. Each planet rules a fixed number of years (Ketu 7, Venus 20, Sun 6, Moon 10, Mars 7, Rahu 18, Jupiter 16, Saturn 19, Mercury 17).
True node or mean node for Rahu?+
True node. The true position of the Moon's ascending node, including short-period oscillation. This is the more accurate astronomical position.