June 13th, 2025

JUNE 13th, 2025 - Tragedy in Ahmedabad: The Aftermath

As the investigation into the devastating crash of Air India Flight AI 171 continues, attention has begun to focus on the Boeing 787 Dreamliner’s advanced electrical systems. The aircraft, which crashed just after takeoff from Ahmedabad on June 12, killing 241 people on board and dozens on the ground, is part of a new generation of "more-electric" aircraft. Unlike older airliners that rely on pneumatic and hydraulic systems for many critical functions, the 787 replaces these with electrically powered components—an innovation that was once praised for its efficiency and reliability.

However, early theories suggest that this very system may have played a role in the crash. Investigators are examining the possibility that a cascading electrical fault disabled or degraded both engines' electronic control units shortly after liftoff, leading to a total or partial loss of thrust. This would explain why the aircraft failed to climb and ultimately crashed into a hostel near B.J. Medical College just seconds after takeoff. The theory is not without precedent: a similar issue occurred in a 2012 Qatar Airways 787 incident, where a generator fault disrupted multiple onboard systems. While that aircraft landed safely, it raised concerns about the risk of electrical failure affecting too many systems at once.

Aviation experts now worry that the growing reliance on electrical systems in modern aircraft could create hidden vulnerabilities. Dr. Andrea Kovacs, an aviation systems engineer, noted that while technological integration improves efficiency, it can also create dangerous single points of failure. “When everything is routed through one system, a minor electrical issue can quickly spiral into a total systems collapse,” she said. Regulators around the world, including the FAA and EASA, are quietly reevaluating certification standards for highly integrated aircraft, and unions are calling for expanded manual reversion training to prepare pilots for scenarios where automation or electrically powered systems fail.

Boeing has promised full cooperation with Indian investigators, and the flight’s black boxes are already undergoing analysis in the U.S. The first official report is expected within 30 days. While it is still too early to determine the exact cause of the crash, the implications are clear: as aviation enters a more electric, more automated future, designers and regulators must strike a careful balance between innovation and resilience. The tragedy of AI 171 may become a turning point in that conversation.