Delhi-bound Air India flight issues ‘squawk’ hijack alert, diverted to Jaipur

A diversion moves an aircraft to another airport when continuing the planned flight could create a safety or security risk. In this case, the concern was not a confirmed hijacking, but an alert associated with possible unlawful interference. The report says the aircraft was diverted to Jaipur after code 7500 was reportedly transmitted.

Ahmedabad Air Traffic Control reportedly detected the alert while the aircraft was flying through the Mumbai Flight Information Region. The flight then landed at Jaipur International Airport at 9:35 a.m. and was moved to an isolation bay. This allowed security agencies to examine the aircraft, crew, and passengers away from normal airport operations.

The alert’s cause remained disputed. Airline sources said the pilots had not deliberately entered the hijack code, while ATC sources said recordings and other evidence would be examined. The DGCA is probing the incident, and the aircraft was cleared after security checks.

Squawk codes are four-digit signals entered through an aircraft’s transponder. They appear to air traffic controllers and help identify an aircraft or communicate an urgent situation. Code 7500 specifically indicates unlawful interference, a term that includes a suspected hijacking. That is why controllers treat it as a serious security warning.

In this incident, Ahmedabad ATC reportedly picked up code 7500 while the Air India aircraft was in the Mumbai Flight Information Region. The aircraft was diverted to Jaipur, landed safely, and entered an isolation bay for checks. The alert itself did not prove that a hijacking had occurred. Airline sources disputed whether the pilots deliberately entered it.

ATC sources said investigators would review recordings and other evidence to identify the trigger. The article does not report the final cause. Until authorities establish whether the code was intentional, accidental, or caused by another issue, aviation agencies must respond cautiously.

The Air India aircraft was carrying 293 passengers and 13 crew members. Those figures show why a suspected hijack alert requires a carefully managed response: authorities must secure the aircraft while accounting for hundreds of people. The aircraft landed safely at Jaipur International Airport at 9:35 a.m.

After landing, it was moved to an isolation bay for security checks. The airline said security agencies checked and cleared the aircraft and crew. All passengers were disembarked and subjected to security checks. These steps separated people from the aircraft and allowed authorities to assess the reported security concern.

The passengers were then flown to Delhi on the same aircraft with the same crew. The article does not report injuries or an actual hijacking. It says the DGCA is investigating the alert, while recordings and other available evidence are expected to help establish what triggered it.

An isolation bay is a controlled airport area used when an aircraft needs focused security attention. After a possible hijack alert, authorities generally secure the aircraft, separate passengers and crew, and check for threats or signs of unlawful interference. The exact process depends on airport procedures and the nature of the alert.

In this case, the aircraft was moved to an isolation bay after landing at Jaipur. The airline said relevant security agencies carried out necessary checks and cleared the aircraft and crew. All passengers were disembarked and subjected to security checks. The article does not specify which screening tools or specialist teams were used.

The checks matter because code 7500 is a serious warning, but it is not proof of a hijacking. Authorities must confirm whether the signal was deliberate and whether any danger remains. The DGCA is probing the incident, with recordings and other evidence expected to clarify what happened.

A suspected hijack alert involves several layers of responsibility. Air traffic control monitors transponder signals and alerts relevant authorities. Airport and other security agencies respond on the ground. The aviation regulator investigates whether procedures were followed and what caused the warning.

The article identifies Ahmedabad ATC as the unit that reportedly picked up code 7500 while the aircraft was in the Mumbai Flight Information Region. The aircraft was diverted to Jaipur, where relevant security agencies checked and cleared the aircraft and crew. The airline provided an account of the diversion and passenger arrangements.

The DGCA is probing the incident. Airline sources disputed that the pilots deliberately entered the hijack code, while ATC sources said recordings and other evidence would be examined. The article does not name every participating agency or describe command arrangements. It does show detection, operational response, and regulatory investigation working as distinct parts of the safety system.

Aircraft transponders can transmit standard four-digit emergency codes to air traffic control. Squawk 7600 indicates a radio or communications failure. Squawk 7700 indicates a general emergency, such as a serious situation requiring priority assistance. Squawk 7500 is different because it indicates unlawful interference, including a possible hijacking.

These codes give controllers a fast, shared signal even when radio communication is difficult or the crew cannot explain the problem immediately. Controllers can then coordinate routing, priority handling, airport support, and emergency services. The code does not replace detailed communication when communication remains possible.

The article focuses on 7500 and does not mention 7600 or 7700. Those code meanings are established aviation practice, rather than details reported in this incident. Here, the reported 7500 signal triggered the Jaipur diversion and security response, while investigators examined whether the pilots entered it deliberately.

An aircraft transponder is an onboard radio device that answers ground radar or surveillance requests with coded information. Those replies help air traffic controllers track aircraft, distinguish one flight from another, and notice special signals such as emergency squawks. This shared system supports safe separation and coordinated handling.

A Flight Information Region, or FIR, is a defined area where air traffic services are organized. In the reported case, the aircraft was flying through the Mumbai Flight Information Region when Ahmedabad ATC reportedly detected code 7500. The signal prompted a security response and diversion to Jaipur, showing how monitoring information can lead to operational action.

Controllers, pilots, airport authorities, and regulators then perform different tasks. Controllers detect and communicate; pilots operate the aircraft; airport security manages the ground response; and the DGCA investigates. The article does not explain the FIR’s full technical structure, but it shows these systems working together during a suspected security event.