Top News 265 Dead Air India Plane crash at Amhedabad Yesterday: Veteran NTSB investigator on what the photo reveals,

📸 “A picture speaks a thousand words”: What the shocking photo reveals

The haunting image from the June 12 Air India Flight AI171 crash is seared into the public consciousness. It shows the crumpled tail section of the Boeing 787-8 wedged into the facade of a BJ Medical College residential building in Ahmedabad, India—twisted metal glaring against shattered concrete. No rescuers appear; only devastation remains. The scene is surreal—a machine built for flight impaled in an ordinary structure. But to seasoned crash investigators like Greg Feith, this photo isn't merely tragic; it speaks volumes about what may have gone catastrophically wrong.

🛫 A veteran investigator’s eye: Greg Feith on what matters

Greg Feith, 67, spent decades with the US National Transportation Safety Board (NTSB), probing mysteries such as ValuJet 592 in 1996, SilkAir 185 in 1997, and Swissair 111 in 1998. For him, the seconds after take-off—the so-called “critical phase” of flight—demand intense scrutiny. His initial impressions are rooted in his meticulous analysis of video and photographic evidence.

1. Was the aircraft configured correctly?

Before departure, a heavy jet needs maximum lift. This is achieved by deploying trailing-edge flaps and slats. Feith observed that in the footage, these appear to be in a minimal or “up” position—highly unusual for takeoff on a fully loaded 787. If wings lack proper surface area or curvature, the aircraft risks “mushing”: climbing insufficiently, barely holding altitude, and eventually sinking back to earth.

2. Why wasn’t the landing gear retracted?

Typically, the landing gear retracts shortly after liftoff. At around 600 ft, this 787 still had its gear down—a drag-heavy condition that Feith describes as perplexing. Was it a hydraulic issue? An electrical fault? Or did the pilots decide, against protocol, to delay gear retraction?

3. Engine thrust: Did something silently fail?

Feith noted a normal climb attitude in the footage—nose up—but the aircraft was sinking. That implies engines weren’t delivering full thrust. Even without flap misconfiguration, a thrust shortfall at low altitude can doom the aircraft. Investigators will examine whether engines were underperforming due to settings, maintenance, or fuel issues.

🔍 Where the investigation is heading

Based on the photo and video, the investigation will focus on three critical factors.

🛠️ A. Physical configuration

Flaps/slats: Were they set correctly? Did the warning system alert the crew if they weren’t?
Landing gear: Why wasn’t it retracted? Could a hydraulic or electrical malfunction be to blame?

🧭 B. Powerplant performance

Engine thrust: Beyond configuration, were both engines producing required power? Was there an asymmetry or were both engines underperforming?
Environmental factors: High ambient temperature—typical for Ahmedabad in June—could have affected both engine efficiency and aerodynamic performance. Feith stressed this climate effect during his interview.

👨‍✈️ C. Crew procedures & cockpit warnings

Modern jets like the Dreamliner have rigorous checklists and alerts, warning of misconfigurations. Did the crew adhere to procedures? Did the system alert them, and were those alerts heeded? Or was there a systemic failure of the warning systems?

💥 A photo of devastation—and clues

Let’s revisit what the photo shows—and what investigators read between the lines:

Visible Clue	Possible Insight	Why It Matters
Nose-high pitch, sinking	Normal climb, but insufficient lift	Engines or configuration likely weak
Flaps raised	No additional wing surface	Poor aerodynamic lift at low speed
Landing gear down	Extra drag hindering climb	Gear drag could prevent altitude gain
Tail impaled in building	Violent impact, low descent	Indicates sudden loss of altitude control

This post-crash scene is more than a catastrophe—it offers forensic evidence. As Feith points out, investigating configuration and performance is critical, and this image is a snapshot of that analytical journey.

🔄 Broader dimensions: black boxes, weather & human factors

The image is powerful, but it's one piece of a larger puzzle. The full investigation includes

Flight data/cockpit voice recorders (black boxes): One has been recovered; decoding takes time but will reveal flap, gear, thrust, altitude, attitude, and system warnings.
Meteorological analysis: June in Ahmedabad brings high temperatures, which affect engine output and lift. Investigators will model density altitude effects.
Crew actions and communications: Did they request a mayday? Did alarms ring through the cockpit? What decisions did they make—and could there have been missteps?
Maintenance logs: Were engines, hydraulics, or warning systems recently serviced? Is there a history of anomalies in these systems?

🌐 International cooperation & safety implications

This tragedy has prompted a global response:

US involvement: NTSB is leading a team, supported by NASA, Boeing, GE, and FAA—reflecting international protocol.
Boeing and GE Aerospace: Both companies have pledged operational support and are awaiting black-box data.
Regulatory oversight: DGCA (India), NTSB (US), and ICAO protocols guide the investigation—ensuring thoroughness and transparency.

🧩 Why patience is essential

Crashes provoke public speculation, but Feith urges calm: “Too many hotspots in this early image … but so much isn’t known yet.” The aircraft’s systems are complex; video and photos offer clues but are not definitive. Only when data from recorders, maintenance logs, weather modeling, crew interviews, and forensic examination converge can investigators reach conclusions.

📝 In conclusion

That single image—a battered tail impaled in a building—reveals more than wreckage. It highlights possible failures: misconfigured flaps, gear not retracted, and engine thrust problems.
Greg Feith’s seasoned eye identifies these as first-order priorities.
But a methodical approach remains vital: engineers, regulators, manufacturers, and investigators worldwide will piece together the full story.
For the families, including the sole survivor Vishwash Ramesh and grief-locked communities across India, the UK, Canada, and Portugal, answers cannot come soon enough.
For the aviation industry, this probe could rewrite protocols and fortify safety systems—ensuring such tragedy never repeats.

🙏 Human cost: the one survivor and lives lost

Only one passenger, British national Vishwash Ramesh, survived—a miracle amid disaster.
The crash claimed over 240 lives onboard, with further casualties on the ground at the medical hostel. Bodies were badly burned; victims are being identified through DNA.
National leaders—Prime Ministers Modi and Starmer and King Charles III—offered condolences; the scale of international grief underscores aviation’s universal vulnerability.

💡 Final reflections

This image is seared into our collective memory—but it is not the end of the story. It is a starting line for a painstaking investigation, guided by forensic science, technological scrutiny, and human determination for answers.

True closure will only come when investigators release their report—but Greg Feith’s immediate takeaways provide an expert’s roadmap. The world watches, hoping for explanations, accountability, and renewed safety measures—from photo to final verdict.