The next Sankashti Chaturthi is on Saturday, July 4, 2026, when the moon rises in Kolkata at 09:28 PM. Fasting devotees in Kolkata break the Sankashti Chaturthi fast after this moonrise.
| Date | Sankashti Chaturthi | Moonrise (Kolkata) |
|---|---|---|
| Saturday, July 4, 2026 | Krishnapingala Sankashti Chaturthi | 09:28 PM |
| Sunday, August 2, 2026 | Gajanana Sankashti Chaturthi | 08:35 PM |
| Tuesday, September 1, 2026 | Bahula Sankashti Chaturthi | 08:24 PM |
| Wednesday, September 30, 2026 | Heramba Sankashti Chaturthi | 07:54 PM |
| Thursday, October 29, 2026 | Vighnaraja Sankashti Chaturthi | 07:42 PM |
| Sunday, December 27, 2026 | Akhuratha Sankashti Chaturthi | 08:43 PM |
| Wednesday, February 24, 2027 | Dwijapriya Sankashti Chaturthi | 09:04 PM |
| Friday, March 26, 2027 | Bhalachandra Sankashti Chaturthi | 09:44 PM |
| Saturday, April 24, 2027 | Vikata Sankashti Chaturthi | 09:24 PM |
| Monday, May 24, 2027 | Ekadanta Sankashti Chaturthi | 09:41 PM |
| Wednesday, June 23, 2027 | Krishnapingala Sankashti Chaturthi | 09:31 PM |
| Thursday, July 22, 2027 | Gajanana Sankashti Chaturthi | 08:35 PM |
| Friday, July 23, 2027 | Gajanana Sankashti Chaturthi | 09:06 PM |
| Saturday, August 21, 2027 | Bahula Sankashti Chaturthi | 08:12 PM |
| Monday, September 20, 2027 | Heramba Sankashti Chaturthi | 08:11 PM |
| Tuesday, October 19, 2027 | Vighnaraja Sankashti Chaturthi | 07:53 PM |
| Wednesday, November 17, 2027 | Ganadhipa Sankashti Chaturthi | 07:49 PM |
| Friday, December 17, 2027 | Akhuratha Sankashti Chaturthi | 08:54 PM |
The next Sankashti Chaturthi is on Saturday, July 4, 2026, when the moon rises in Kolkata at 09:28 PM. Fasting devotees in Kolkata break the Sankashti Chaturthi fast after this moonrise.
The next Sankashti Chaturthi falls on Saturday, July 4, 2026. All upcoming Sankashti Chaturthi dates with Kolkata moonrise times are listed above.
Moonrise depends on geographic location, so it varies from city to city — sometimes by more than an hour across India. Every time here is computed for Kolkata's exact coordinates using Swiss Ephemeris.
