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Ex-Boeing Expert Reveals How flydubai Plane Survived 17,000-Foot Plunge
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Firstpost•05-10-2026, 11:14
Ex-Boeing Expert Reveals How flydubai Plane Survived 17,000-Foot Plunge
- •A flydubai Boeing 737 Max plunged 17,000 feet after an Omani co-pilot allegedly jammed controls and stabbed the Indian captain, yet the aircraft remained intact.
- •Former Boeing aerospace engineer Joe Jacobsen explained that the plane's structural design for "dive speed" (Vd/Md) and built-in structural margins allowed it to withstand the extreme descent.
- •The aircraft breached structural limits and safety margins, descending at 34,000 feet per minute and losing 14,125 feet of altitude, with the rudder reportedly failing.
- •While the rudder was significantly damaged, the critical vertical stabilizer remained largely intact, contributing to the plane's miraculous survival.
- •Jacobsen clarified that this incident is unrelated to previous Boeing 737 Max concerns, emphasizing pilot mental health and background screening as key aviation safety aspects.
Key Questions Answered
The aircraft survived because it is structurally designed with margins above its maximum operating airspeeds up to the design dive speed, known as Vd/Md, allowing it to withstand extreme G-forces and stress.
During the steep descent, the aircraft breached structural limits, resulting in most of its rudder being ripped off and significant damage to the tail section, though the critical vertical stabiliser remained largely intact.
No, aviation experts like former Boeing engineer Joe Jacobsen have stated that the flydubai incident is entirely unrelated to other historical Max concerns or previous crashes.
