Delhi Airport Returns to Normal After Technical Disruption
Delhi's Indira Gandhi International Airport has successfully restored its air traffic control systems following a technical malfunction that temporarily affected operations. The airport authorities confirmed that all systems were functioning normally by Saturday afternoon, ensuring minimal disruption to flight schedules.
Swift Resolution Through Coordinated Efforts
The Ministry of Civil Aviation announced that the air traffic control system was completely restored to automatic mode by Saturday afternoon. This rapid resolution was achieved through the combined efforts of Electronics Corporation of India Limited (ECIL) engineers and dedicated air traffic control personnel who worked tirelessly to address the technical issues.
According to official statements, the technical team worked in close coordination throughout the incident to identify and resolve the system malfunction. Their prompt response ensured that the impact on air travel was kept to an absolute minimum, with airport operations returning to their regular schedule swiftly.
Minimal Impact on Flight Operations
Despite the temporary technical challenges, no flight cancellations were reported on Saturday, demonstrating the effectiveness of the contingency measures implemented by airport authorities. The quick restoration of systems prevented what could have been significant disruptions to both domestic and international flight schedules.
Passengers traveling through Delhi Airport experienced only minor delays during the period when technicians were addressing the system issues. Airport officials maintained transparent communication with airlines and passengers throughout the resolution process.
The incident, which occurred in early November 2025, highlights the importance of robust technical infrastructure and emergency response protocols at one of India's busiest airports. The successful handling of this situation underscores the preparedness of Delhi Airport's technical team to manage such challenges efficiently.
