Aviation Authorities Mandate Fuel Switch Inspections

India's Directorate General of Civil Aviation (DGCA) has ordered airlines to examine fuel control switches on several Boeing aircraft models. This directive comes in response to preliminary findings from last month's Air India crash that killed 260 people. The June 12 disaster involved a Boeing 787-8 Dreamliner traveling from Ahmedabad to London.

Preliminary Findings Raise Questions

An initial report from India's Aircraft Accident Investigation Bureau revealed troubling details about the moments before the crash. Investigators found that the fuel switches had unexpectedly moved from "run" to "cutoff" position shortly after takeoff. The report documented an exchange where one pilot questioned why the other had cut off fuel, with the second pilot denying any action.

Global Safety Recommendations Adopted

The DGCA's order aligns with a Special Airworthiness Information Bulletin issued by the U.S. Federal Aviation Administration (FAA). While Boeing maintains its fuel switch locks are safe, the FAA recommended inspections to prevent accidental movement. Several international carriers have already begun examining their aircraft as a precautionary measure.

Inspection Timeline and Scope

• Affected Models: Includes Boeing 787 Dreamliners and 737 series

• Deadline: All inspections must be completed by July 21

• Current Status: Multiple domestic and international operators have initiated checks

Air India Maintains Cautious Stance

Air India CEO Campbell Wilson cautioned against drawing conclusions while investigations continue. In a staff communication, he emphasized the importance of waiting for complete findings rather than speculating about causes. The crash remains one of India's worst aviation disasters, claiming 242 passengers and crew plus 19 ground casualties.

The DGCA's swift action reflects growing global aviation safety concerns and the critical importance of mechanical reliability in commercial aircraft systems. As the investigation progresses, aviation authorities worldwide will be closely monitoring the findings and any potential implications for aircraft safety standards.