CLASSIFIED: Radar Tracks Suggest Possible Human Intervention in Air India Flight 171’s Odd Maneuver Pattern

On June 12, 2025, Air India Flight 171, a Boeing 787-8 Dreamliner en route from Ahmedabad to London Gatwick, crashed shortly after takeoff, killing 241 of the 242 people on board and at least 38 on the ground. Recent classified radar data, reportedly obtained by aviation analysts, has revealed an unusual maneuver pattern described as “flickering” in the flight’s final moments, raising questions about potential human intervention. This article explores the radar findings, their implications, and the ongoing investigation into one of India’s deadliest aviation disasters, while addressing public sentiment and the broader context of the tragedy.

The Crash and Initial Findings

Air India Flight 171 departed Ahmedabad’s Sardar Vallabhbhai Patel International Airport at 13:38 IST, climbing to a maximum altitude of approximately 625 feet before rapidly descending into a residential area in Meghani Nagar, just 1.5–2 km from the runway. The aircraft, registered as VT-ANB, issued a mayday call reporting a loss of power and thrust seconds before the crash. Video footage and eyewitness accounts show the plane struggling to gain altitude, with its landing gear extended and wings appearing stiff, suggesting a possible stall or catastrophic systems failure. The crash, the first fatal incident involving a Boeing 787, prompted immediate scrutiny of the aircraft, its maintenance, and the actions of the flight crew.

Classified Radar Data: A “Flickering” Pattern

According to sources cited in a July 2025 India Today report, classified radar tracks from Air Traffic Control (ATC) and Flightradar24 data reveal an erratic “flickering” in the aircraft’s trajectory, characterized by a slight side-to-side roll and an increasing angle of attack during its 30-second flight. This pattern, described as “highly unusual” by aviation experts, deviates from the typical smooth climb expected during takeoff. The data shows the plane reached a barometric altitude of 625 feet within 14 seconds, leveled off, and then descended abruptly, with the last radar signal received at 08:08:51 UTC.

The term “flickering” refers to rapid, inconsistent changes in the aircraft’s position and orientation, as captured by ADS-B transponder data. Unlike a steady climb or controlled maneuver, this pattern suggests either a struggle to maintain control or an external factor affecting the aircraft’s stability. Experts, including Dr. Sonya Brown from the University of New South Wales, have pointed to a possible catastrophic loss of thrust or incorrect flight control inputs, such as improper flap settings or premature rotation, as potential causes. The extended landing gear and lack of flap retraction, visible in surveillance footage, further support the theory of a configuration error or mechanical failure.

Possible Human Intervention

The radar data’s implication of human intervention stems from the observed flight control inputs, particularly the side-to-side roll and high angle of attack. Aerospace engineer Aditya Paranjape, quoted in an X post by @BDUTT, argued that the crash does not appear to be solely due to human error, as the pilot, Captain Sumeet Sabharwal, had only 15 seconds to react to the emergency. However, questions raised by The Hindu suggest that human factors could have played a role, including whether the pilots entered incorrect weight or temperature data into the Flight Management Computer, failed to use the full runway length, or missed critical speed indicators on the Primary Flight Display.

One theory posits that the pilots may not have recognized a slower-than-normal acceleration, potentially due to distraction or misinterpretation of the Speed Trend Vector, which should have indicated insufficient takeoff speed. Radar data reviewed by Newsweek suggests the aircraft used only 1,900 meters of runway, less than the recommended 2,500 meters for a fully loaded 787 in Ahmedabad’s high temperatures (40°C), which reduce air density and lift. This raises the possibility of a premature takeoff attempt, a human decision that could have compounded mechanical issues.

Alternatively, some analysts speculate about deliberate interference, though such claims remain inconclusive. An X post by @DeeptiSachdeva_ cited Union Minister Murlidhar Mohol confirming a sabotage investigation, with a focus on ground handling by Celebi, a Turkish company whose employees recently transitioned to AI Sats at Ahmedabad airport. Another post by @joshi73264 suggested sabotage due to the low odds of simultaneous engine failure (1 in 250 million), though no evidence supports this claim. Experts like Neil Hansford have also raised the possibility of contaminated fuel or intentional tampering, but these theories await confirmation from the black box data.

Investigation and Black Box Data

India’s Aircraft Accident Investigation Bureau (AAIB), with support from the U.S. National Transportation Safety Board (NTSB) and Boeing, is leading the probe. Both the Flight Data Recorder (FDR) and Cockpit Voice Recorder (CVR) have been recovered, with the FDR’s memory module successfully accessed on June 25, 2025. Initial reports indicated the black boxes were damaged, but data analysis is underway at the AAIB lab in India. The investigation is focusing on engine thrust, wing flap settings, landing gear status, and Air India’s maintenance practices. Real-time satellite telemetry is also being examined for potential instrument failures, as noted in an X post by @CNNnews18.

Preliminary findings suggest the aircraft’s right engine was overhauled in March 2025, and the left engine was inspected in April 2025, with no prior issues reported. However, the presence of the Ram Air Turbine (RAT), a backup power system, in the wreckage indicates a possible total power loss, though its deployment at low altitude was ineffective. The investigation is also exploring external factors, such as ATC communications and environmental conditions, though bird strikes have been ruled out due to lack of supporting footage.

Public Sentiment and Speculation

The crash has sparked intense public interest, amplified by social media. X posts reflect a mix of grief, speculation, and distrust, with users like @expertwith_AI providing detailed threads on the tragedy and others like @rohanduaT02 alleging hydraulic leaks or ground crew errors. The lack of official updates has fueled misinformation, with The Air Current warning about AI-generated “slop” spreading false reports, such as a fabricated “preliminary accident report” claiming a 787 electrical vulnerability. This highlights the challenge of managing public perception in the digital age, where crowd-sourced analysis, while rigorous in some cases, often blends with unverified claims.

Broader Context and Safety Concerns

The crash has renewed scrutiny of India’s aviation safety infrastructure. A report by Insights on India noted that the Directorate General of Civil Aviation (DGCA) is understaffed, with only 400 officers regulating over 700 aircraft, and has a safety compliance score of 70.39% compared to higher benchmarks like Singapore (99%). Ahmedabad’s airport, surrounded by dense residential areas, lacks adequate safety corridors, exacerbating the crash’s impact. The incident has prompted calls for regulatory reforms, predictive safety audits, and stricter maintenance oversight.

Boeing also faces renewed criticism, despite the 787’s strong safety record. While no evidence links the crash to Boeing’s recent quality issues, public distrust, amplified by posts blaming the manufacturer, underscores the challenge of maintaining confidence in aviation safety. Air India’s Chairman, N. Chandrasekaran, has emphasized the aircraft’s clean maintenance history, urging patience as the investigation unfolds.

Conclusion

The classified radar tracks of Air India Flight 171, revealing a “flickering” maneuver pattern, suggest a complex interplay of factors, potentially including human intervention, mechanical failure, or both. While the pilots’ actions, configuration errors, or even sabotage are under investigation, the black box data will be critical in determining the cause. The tragedy, which claimed 279 lives, has exposed gaps in India’s aviation safety framework and fueled public demand for answers. As the AAIB continues its probe, the flickering radar signals serve as a haunting reminder of the fleeting moments that led to disaster, underscoring the need for transparency and reform to prevent future losses.