The shadow of Air India Flight AI171, which plunged from the sky on June 12th, claiming the lives of 241 souls, continues to cast a long, dark presence over the aviation world. The immediate aftermath was marked by grief and an urgent quest for answers. Early reports, echoing the initial pronouncements of investigators, pointed towards pilot error as a potential primary cause. This narrative, however, is now being challenged by a chorus of aviation experts, raising fundamental questions about the preliminary findings and the rush to judgment. The tragedy, occurring shortly after takeoff from Ahmedabad, serves as a stark reminder of the fragility of human life and the immense responsibility placed on those who operate and maintain these complex machines. It underscores the critical need for thorough investigations, transparent reporting, and unwavering commitment to aviation safety. The quest for a definitive explanation is not merely about assigning blame; it’s about learning from the mistakes, understanding the complexities, and preventing such a devastating event from ever happening again.

One of the most contentious aspects of the initial investigation has been the focus on pilot error. The preliminary report, drawing on the discovery of both engine fuel switches in the “CUTOFF” position at the crash site, suggested a possible scenario where the pilots inadvertently shut down the engines. This theory, however, has been met with significant skepticism within the aviation community. Experts, like former Indian Air Force Director Sanjeev Kapoor, have voiced strong reservations, dismissing the pilot error theory as premature and advocating for a more in-depth examination of potential mechanical and Boeing-related issues. The speed with which pilot error was considered a primary cause raises eyebrows, with many professionals finding the hasty conclusions troubling. The rapid sequence of events, including the alleged simultaneous activation of the fuel cutoff switches and the Mayday call issued just before the crash, has fueled speculation about a more nuanced cause, possibly a system malfunction or an external factor triggering the fuel cutoff. The notion of a deliberate act, while briefly considered, has largely been dismissed by the majority of experts, adding further complexity to the investigation.

The timeframe in which the fuel cutoff switches were moved is critical. Reports indicate that the switches were moved to the “CUTOFF” position within a single second, a timeframe that many aviation professionals find highly improbable for deliberate, conscious action by the pilots. Peter Goelz, a former managing director of the US’s NTSB, described this finding as “very disturbing,” suggesting that the cockpit voice recorder likely holds crucial information beyond what has been publicly released. This has led experts to explore alternative scenarios, such as a system failure, a computer error, or even an incorrect landing gear retraction, which could have contributed to the rapid descent. The investigation is also scrutinizing other potential causes, including flap issues, engine failure due to bird strikes, and even the possibility of a computer error causing the engines to throttle back. The simultaneous movement of the fuel cutoff switches points towards a common cause, rather than independent actions by the pilots, making the investigation even more complex. The importance of a thorough analysis of the cockpit voice recorder data, along with flight tracking data, CCTV footage, and other physical evidence, cannot be overstated.

Adding another layer of complexity, the investigation has unearthed pre-existing issues. Reports of a defect logged by the preceding crew regarding a stabilizer sensor raise critical questions about the aircraft’s maintenance history. This introduces the possibility that a pre-existing problem, overlooked or improperly addressed, might have played a significant role in the chain of events leading to the crash. Furthermore, the amount of runway used during takeoff is also under scrutiny. Some experts suggest the aircraft was heavily loaded and required a longer runway distance, particularly given the hot weather conditions on that day. This raises the possibility that the aircraft might not have achieved sufficient speed for a safe takeoff. The investigation must also consider the possibility of human factors, such as fatigue, distraction, or errors in communication among the flight crew. All these elements underscore the necessity of a meticulous, comprehensive investigation that leaves no stone unturned. The lack of definitive answers and the conflicting theories have led to widespread speculation, highlighting the importance of relying on factual evidence and avoiding premature conclusions. The final moments of the flight remain a mystery, and the answers will likely emerge as investigators continue to meticulously examine all potential causes, from the condition of the aircraft to the actions of the flight crew.