Security Measures Continue After Deadly Delhi Explosion
The Lal Quila Metro Station in Delhi will remain closed on Wednesday, November 12, as security investigations continue into Monday evening's devastating explosion that claimed at least 13 lives. The Delhi Metro Rail Corporation (DMRC) confirmed the extended closure in an official statement.
"Due to security reasons the Lal Quila Metro Station shall continue to remain closed on 12th of November also. All other stations are functional as normal. Please follow our social media channels for further updates," the DMRC stated in a post on social media platform X.
What Happened During the Delhi Blast?
The tragic incident occurred at approximately 6:52 PM on Monday, November 10, when a high-intensity explosion ripped through a slow-moving Hyundai i20 car near the Red Fort in central Delhi. The blast happened at the Subhash Marg traffic signal near Gate No. 1 of the Red Fort (Lal Qila) Metro Station.
According to Delhi Police officials, the explosion resulted in at least 13 fatalities, making it one of the deadliest incidents in the capital city recently. The area was immediately cordoned off as emergency services rushed to the scene.
Investigation Progress and Security Measures
Law enforcement agencies have made significant progress in the investigation, with at least four suspects detained for questioning. Authorities have also released CCTV footage showing a masked man crossing through a parking area near the blast site, which is being examined as part of the ongoing probe.
While the Lal Quila station remains closed, all other metro stations in the Delhi network continue to operate normally. Commuters are advised to plan their journeys accordingly and monitor official DMRC channels for real-time updates about station operations.
The investigation remains active with multiple agencies working to determine the cause of the explosion and identify all individuals involved. Security has been heightened across the capital, particularly around major landmarks and transportation hubs.