Archive · 26 Aug 2026
Sinkhole Opens Near Gurugram’s IFFCO Chowk After Heavy Rain
A large hole opened in a road in Gurugram after heavy rain.
The hole is about 10 feet deep.
Officials think a big sewer pipe under or beside the road may have leaked.
The leaking water could have washed away soil beneath the road.
This left an empty space that caused the road to collapse.
Police blocked the area and redirected traffic.
Workers from NHAI and GMDA inspected the damage.
They planned to repair the sewer line first.
The road will be repaired after the ground becomes safe and stable.
A 10-foot sinkhole appeared on a Gurugram service road near IFFCO Chowk after heavy rain.
Officials suspect leakage or damage in a 1,000-mm GMDA master sewer line caused soil erosion beneath the road.
Gurgaon Traffic Police barricaded the damaged section and diverted traffic to prevent accidents.
NHAI and GMDA teams inspected the site and began safety and stabilisation measures.
Sewer repairs were scheduled to begin Wednesday, with road restoration planned after the ground is declared stable.
- Who
- The Gurugram Metropolitan Development Authority, the National Highways Authority of India, and Gurgaon Traffic Police responded to the incident.
- What
- A 10-foot sinkhole opened on a service road, with a sewer-line collapse suspected as the cause.
- When
- The sinkhole appeared after heavy rain; sewer repairs were scheduled to begin Wednesday morning.
- Where
- On a Gurugram service road near IFFCO Chowk.
- Why
- Officials suspect leakage or damage to a 1,000-mm master sewer line caused soil erosion and the road collapse.
- Sinkhole depth
- About 10 feet
- Suspected cause
- Leakage or damage to an underground master sewer line
- Sewer line size
- 1,000 mm
- Sewer line authority
- Gurugram Metropolitan Development Authority
- Immediate response
- The affected section was barricaded and traffic was diverted
- Repair sequence
- The sewer line will be repaired before the road
- Infrastructure risk
- Officials warned that nearby structures could be at risk if the problem is not addressed promptly