6.1-magnitude Hindu Kush quake triggers tremors across northern India including Delhi-NCR

A significant earthquake measuring 6.1 in magnitude struck the Hindu Kush region of Afghanistan on Saturday, June 27, 2026. The Euro-Mediterranean Seismological Centre (EMSC) recorded the event at a depth of roughly 208 kilometers, a depth that typically reduces surface destruction but allows seismic waves to travel vast distances. The tremors were felt well beyond Afghanistan's borders, reaching densely populated areas of northern India. In Delhi-NCR, residents experienced noticeable building sway, prompting many to evacuate homes and workplaces as a precaution. The cross-border impact highlights the regional reach of deep Hindu Kush seismic events, which are a recurring hazard for both Afghanistan and the Indian subcontinent. ## Latest Update The most recent reporting from The Times of India confirms that tremors were strongly felt across Delhi-NCR, with residents actively evacuating buildings. This expands the known impact zone significantly beyond Afghanistan itself, indicating the quake's energy propagated effectively through the subcontinent despite its deep focal depth. ## Timeline - **2026-06-27T13:49Z** — Times of India reports tremors jolting Delhi-NCR; magnitude cited as 6.0, residents evacuating homes and workplaces across northern India. - **2026-06-27T14:08Z** — Biztoc reports EMSC data confirming 6.1-magnitude strike in Hindu Kush at approximately 208 km depth. ## What to Watch - **Aftershock activity:** Deep Hindu Kush events can be followed by additional seismic activity; monitor EMSC and USGS for aftershocks that could compound impact on already-shaken structures. - **Casualty and damage reports from Afghanistan:** Remote Hindu Kush areas are difficult to assess quickly; ground-truth reporting on structural damage or casualties may emerge over the next 12-24 hours. - **Extended impact across South Asia:** If shaking was felt in Delhi-NCR, other northern Indian states, Pakistan, and Central Asian neighbors may also report effects; watch for secondary reports from those regions.