Boeing crashed in Bhutan, landed at twice the acceptable rate

Boeing crashed in Bhutan, landed at twice the acceptable rate

Video of a Boeing 737’s completely shaky approach grabbed attention yesterday. Now more flight information has been revealed.

Visuals from the hard landing video, which you can watch below


The 737-300 jet in question belongs to a Tri-MG – Intra Asia Airlines from Indonesia, and was flying to Paro, Bhutan carrying a shipment of vaccines donated by the United States through the Kovax Facility Consortium. The video draws attention to the instability of the approach, added to the aircraft’s various audible warnings, ignored by the pilots, who insisted on landing and ended in a real blow in the floor.

More data emerged about the flight, highlighting the instability in the approach, which was somewhat alarming. According to the Flightradar 24 flight tracking application, Boeing achieved a descent rate of 1,792 feet per minute (546 meters per minute).

According to the runway 33 approach chart, the indicated descent rate for a speed of 150 knots (277 km/h) is an average of 795 ft/min (ft/min), with tables showing 743 ft/min and 849 ft/min for 140 knots. Minutes to 160 knots.

Maintaining the indicated ratio, the pilot will arrive at the ideal time for landing when he approaches the runway. This is essential at an airport like Paro, which is in the middle of the Himalayas, which is difficult to reach and has an approach without much chance for mistakes.

This draws attention to how quickly and insufficiently the crew landed, with more than twice the ratio of the highest allowable approach speed. It’s worth noting that the FlightRadar24 data isn’t as accurate, but it clearly shows a descent rate above the recommended.

© flight radar24

An unstable approach can result in serious accidents, and Indonesia has a poor history of air incidents:


About the author: Muhammad Wayne

"Travel enthusiast. Alcohol lover. Friendly entrepreneur. Coffeeaholic. Award-winning writer."

Related Posts

Leave a Reply

Your email address will not be published. Required fields are marked *