Archive · 19 Aug 2026
Five Killed After Rainwater Collapses Village Home in Sichuan
A family in Sichuan held a dinner party to celebrate their children entering college.
The party took place at a home in Xinbao village.
A temporary covering outside the home collected a lot of rainwater.
The heavy water pulled on the covering and the wall holding it.
The roof and wall then collapsed.
Five people died in the accident.
Three died at the scene, and two died in a hospital.
Seventeen other people were treated for injuries.
Officials had warned about heavy rain and possible geological disasters earlier that week.
A roof and wall collapsed during a dinner party in Xinbao village, Sichuan province.
The banquet was held to celebrate children’s college entrance, according to CCTV.
Accumulated rainwater weighed on a temporary awning secured to a wall, causing the collapse.
Five people died, including three at the scene and two in hospital.
Seventeen others were injured, while Sichuan had issued a heavy-rain and geological-disaster alert earlier in the week.
- Who
- People attending a family banquet; five died and 17 others were injured.
- What
- A roof and wall at a village home collapsed after rainwater accumulated on a temporary awning.
- When
- The incident was reported on Aug. 19; it occurred during a banquet, but the exact time was not stated.
- Where
- A family courtyard in Xinbao village, Changning County, Sichuan province, China.
- Why
- Accumulated rainwater weighed on a temporary awning secured to a wall, causing the structures to collapse.
- Deaths
- Five people died.
- Injuries
- Seventeen people received treatment for injuries.
- Deaths at scene
- Three people died at the location.
- Deaths in hospital
- Two people died after being taken to hospital.
- Cause
- Accumulated rainwater weighed on a tightly secured temporary awning and caused the roof and wall to collapse.
- Event
- A dinner banquet celebrating children’s college entrance.
- Weather warning
- Sichuan had issued an alert for heavy rain and warned of geological-disaster risks earlier in the week.