Choghaḍiyā — Bengaluru, 11 May 2027

Tuesday. The day and night time-quality windows for Bengaluru, computed from the local sunrise and sunset.

Śubh (auspicious) Choghaḍiyā today: 10:41–12:16, 12:16–13:51, 15:25–17:00, 20:00–21:25, 01:41–03:06, 03:06–04:31 (IST). Sunrise 05:56 · sunset 18:35, Bengaluru.

Day Choghaḍiyā (sunrise → sunset)

ChoghaḍiyāWindowLordQuality
Roga05:56–07:31MarsAvoid new work
Udvega07:31–09:06SunAvoid new work
Chala09:06–10:41VenusNeutral · movable
Labha10:41–12:16MercuryAuspicious
Amrita12:16–13:51MoonAuspicious
Kala13:51–15:25SaturnAvoid new work
Shubha15:25–17:00JupiterAuspicious
Roga17:00–18:35MarsAvoid new work

Night Choghaḍiyā (sunset → next sunrise)

ChoghaḍiyāWindowLordQuality
Kala18:35–20:00SaturnAvoid new work
Shubha20:00–21:25JupiterAuspicious
Roga21:25–22:50MarsAvoid new work
Udvega22:50–00:15SunAvoid new work
Chala00:15–01:41VenusNeutral · movable
Labha01:41–03:06MercuryAuspicious
Amrita03:06–04:31MoonAuspicious
Kala04:31–05:56SaturnAvoid new work

Amṛta, Śubha and Lābha are the auspicious Choghaḍiyā; Chala is movable (favoured for travel); Udvega, Kāla and Roga are avoided for new undertakings. See the full Bengaluru panchāṅga for 11 May 2027 (tithi, nakṣatra, rāhu-kāla) and the Bengaluru horā (planetary hours).

← 2027-05-10 2026–2027 calendar 2027-05-12 →

Where do these fall in your chart? AstroAmrit maps every sky event onto your own birth chart — which house it touches, which of your planets it meets — with every claim cited to the computation behind it.

See these in your chart →

How this table was computed

Methodday (sunrise→sunset) and night (sunset→next sunrise) each divided into 8 equal Choghaḍiyā; the sequence starts from the weekday lord's segment (classical derivation) and steps through the fixed cycle; boundaries from Swiss Ephemeris sunrise/sunset
SourceSwiss Ephemeris sunrise/sunset (sidereal Lahiri chart context)
Engineastroamrit seo-tables choghaḍiyā (Bengaluru 2027-05-11)

AstroAmrit is a glass box: every number on this page is reproducible from the stated method. These are astronomical facts, not predictions. Times are instants of the event's global maximum or exact crossing; your local civil date can differ by one day depending on timezone.