Sikkim

Rumtek Monastery

Karma Kagyu Buddhist tradition · Gangtok, Gangtok · Sikkim

Buddhist monastery

Internationally important Himalayan monastery

Why it is famous

Internationally important Himalayan monastery. The site is associated with Karma Kagyu Buddhist tradition and is an important part of the sacred geography of Sikkim.

📜 Pilgrimage history

This buddhist monastery is part of the living Karma Kagyu Buddhist tradition tradition of Gangtok district, Sikkim. It is included in Tīrtha Kosha because it is internationally important Himalayan monastery. Its worship, architecture and local pilgrimage customs are best understood on site; traditions may vary, so visitors should treat local temple and community guidance as authoritative.

🕰️ Temple timings

  • Opening hours and ritual schedules can change; confirm locally or through an official temple or tourism source before travelling.

🙏 Darśan details

  • Visit arrangements follow the customs of this monastery; observe local instructions, dress respectfully and maintain silence in worship areas.
  • Festival days, weekends and auspicious dates may bring longer queues; arrive early and allow extra time.
  • Photography, footwear, bags and phone rules vary by site; use only designated counters and facilities.

🚉 Location & getting there

📍 Rumtek Monastery, Gangtok, Gangtok27.2888, 88.5614 · Tap to open Google Maps

Nearest bus stand

GangtokState transport buses stop here.

By road

Use the main road connections to Gangtok district; confirm the final local transfer and seasonal road conditions before departure.

🪔 Poojas, sevās & tickets

This temple does not publish a rate list. Darśan is free; ārcanā, abhiṣeka and other sevās are booked at the counter inside the temple on the day.

🛏️ Where to stay

  • Guesthouses and hotels in or near Gangtok
  • Additional accommodation in the nearest district or transport centre in Sikkim

🛕 Nearby temples

📅 Best time to visit

Choose a comfortable local season and confirm festival dates, weather and access conditions before travel.