If you've been reading about the Kumbh, you've probably seen both "Shahi Snan" and "Amrit Snan" used for the big bathing days — sometimes on the same page. It's a common source of confusion. The good news: there's nothing to untangle. They refer to the very same ritual.
They are the same bath
Both terms describe the royal bath — the auspicious days when the akharas process to the river in a set order and bathe first, before the wider public. Whether a site calls it Shahi Snan or Amrit Snan, it means the same dates, the same processions, the same significance.
So why two names?
It comes down to language. "Shahi Snan" is the long-standing popular term — "shahi" comes from a Persian-rooted word meaning "royal." "Amrit Snan" uses Sanskrit: "amrit" means the nectar of immortality, tying the bath directly to the Kumbh's origin legend, the churning of the ocean for amrit.
Around the 2025 Maha Kumbh, the authorities and akharas began officially preferring the Sanskrit-rooted names — Amrit Snan for the royal bath, and you may also see Nagar Pravesh used in place of the older "Peshwai" for the grand entry procession. So "Amrit Snan" is increasingly the official term, while "Shahi Snan" remains the name most pilgrims still know and search for.
Quick glossary
| Term | Means |
|---|---|
| Amrit Snan / Shahi Snan | The royal bath — akharas bathe first on the most auspicious days |
| Parva Snan | Other auspicious bathing days; quieter than the royal baths |
| Dhwajarohan | The flag hoisting that formally opens the Mela |
| Nagar Pravesh / Peshwai | The ceremonial grand entry procession of an akhara |
What it means for Nashik 2027
Nothing changes about your planning. The three royal baths of the Nashik Simhastha 2027 — whether you call them Amrit Snan or Shahi Snan — fall on 2 August, 31 August and 11–12 September 2027. See our Shahi Snan dates page for the tithis, or the full schedule for the complete timeline.
If crowds are a concern, remember a quieter Parva Snan day earns the same merit with far less crush — a good option for families.