Panchang Pol — 12 May 2027

The tithi on Wednesday, 12 May 2027 in Pol is Shukla Saptami (Shukla Paksha). It ends at 06:44 PM. Tithi determines the nature of the lunar day and is used for festival observance, muhurat timing, and daily planning.

The nakshatra in Pol on 12 May 2027 is Pushya (Pada 4). Nakshatras are the 27 lunar mansions used in Vedic astrology for muhurat selection, birth chart analysis, and daily planning.

Rahu Kaal in Pol on 12 May 2027 is from 13:26 to 15:15. Rahu Kaal is a daily inauspicious period lasting approximately 90 minutes, calculated from the local sunrise time. It is considered unfavorable for starting new ventures, signing contracts, or beginning journeys. The timing shifts each day of the week based on a fixed planetary order.

The auspiciousness of any day depends on the combination of all five Panchang elements. On 12 May 2027 in Pol, the tithi is Shukla Saptami, the nakshatra is Pushya, and the yoga is Ganda. For the best results, plan important activities during Abhijit Muhurat (12:56 – 13:55) and avoid Rahu Kaal (13:26 – 15:15). For a detailed muhurat analysis, use our Muhurat Finder.

The Panchang changes from city to city because all time-based calculations depend on the local sunrise and sunset. Sunrise in a western city like Mumbai occurs later than in an eastern city like Kolkata — this shifts the timing of Rahu Kaal, Yamaghanda, Gulika Kaal, Brahma Muhurat, Abhijit Muhurat, Choghadiya, and Hora. Even tithi and nakshatra transition times can fall on different sides of midnight, making a tithi "today" in one city but "tomorrow" in another. Always use a Panchang calculated for your specific location.

Abhijit Muhurat is a universally auspicious period of approximately 48 minutes occurring around midday. It is considered favorable for almost all activities — starting new work, signing documents, travel, and religious ceremonies. In Pol on 12 May 2027, Abhijit Muhurat falls between 12:56 and 13:55. The word "Abhijit" means "victorious" — it is named after the auspicious nakshatra that rules this time window.

Aaj ka panchang Pol (आज का पंचांग) means today's panchang for Pol. It shows the five daily Vedic elements — Tithi, Nakshatra, Yoga, Karana, and Vara — calculated specifically for Pol using local sunrise (06:09 AM) and sunset (08:42 PM). Millions check aaj ka panchang every morning to find shubh muhurat, avoid Rahu Kaal, and plan daily puja, travel, and business. ShreeKundli provides accurate panchang Pol today with location-specific timings.

Kal ka panchang (कल का पंचांग) means tomorrow's panchang. You can check kal ka panchang for Pol by clicking the "Kal Ka Panchang (Tomorrow)" link at the top of this page, or by visiting tomorrow's panchang for Pol directly. ShreeKundli lets you view panchang for any date — past or future — for any city. This is useful for pre-planning weddings, griha pravesh, mundan, and other important events.

Yes — ShreeKundli displays all panchang elements with their Hindi names alongside English. The tithi, nakshatra, yoga, karana, and vara names are shown in both English and Hindi (Devanagari script). The day name is displayed in Hindi as well. For a fully Hindi experience, you can switch the site language to Hindi, which translates all labels, descriptions, and content into Hindi.

12 May 2027's sunrise in Pol is at 06:09 AM and sunset time is 08:42 PM. These times are calculated for Pol's exact geographic coordinates (43.15°N, -7.33°E). Sunrise and sunset times are the foundation of the entire Panchang — all time-dependent elements including tithi transitions, Rahu Kaal, Yamaghanda, Abhijit Muhurat, Choghadiya, and Hora are derived from these sun timings.

To check sunrise tomorrow in Pol, visit tomorrow's panchang for Pol. Sunrise time changes slightly each day — it gets earlier from winter to summer solstice and later from summer to winter. The change is typically 1-2 minutes per day. ShreeKundli calculates exact sunrise for every date using Swiss Ephemeris astronomical data and Pol's precise coordinates, accounting for altitude and atmospheric refraction.