Skip to main content

People's Perceptions about airplane accident

I took for granted that non-pilots had an understanding of the weather conditions on October 11, 2021. They were this: Surface winds out of the South, 10 to 20 knots; broken and overcast ceilings ranging from 1,700 to 3,000 feet above ground level; cloud tops from 3,000 to 5,000 feet. Anyone flying cross country would most likely be passing through cloud layers and therefor require instrument approaches to land. Critical phases of flight would be spent in the clouds, meaning the pilot has no visiblity outside the aircraft and has to rely on his instruments to manage course, speed, altitude, and attitude. All these measurements are critical to the safe traversal while flying under Instrument Meteorological Conditions (IMC).

A man behind me at the local grocery store checkout line hears me respond to the cashier's inquery as to why I'm buying a couple of boquets of flowers. My response was, "One was for my wife and one was for the vigil tonight at 7 PM." He chimed in an said, "I don't understand why he just didn't aim for a field or a road or something away from the houses. Why didn't he look at the ground for orientation?"

It took me a second to process his assumptions and to construct a response.

I said, "He was flying in the clouds when he became disoriented. He had no reference to the ground because it wasn't visible until the last few seconds. He was flying power towards it in a 90 degress bank, nose down attitude. No margin to recover".

Of course, I didn't get into the reasons why he ended up the way he did. That's still speculation on anyones part. Lots of questions to ask about it.

Comments

Popular posts from this blog

Why Couldn't N7022G Establish on the Localizer?

Why did Dr. Das have trouble establishing on the localizer for 28R? He followed his vector to the localizer but started to veer right of the signal when he neared the field. The localizer signal would have been  Some panels are equiped with a "reverse" switch between the radio navigator and the VOR or HSI instrument. The reverse switch transforms the signal from the VHF navigation receiver so that indicator needles appear as they would in a forward approach and the pilot wouldn't have to translate (or reverse interpret) the needle. So, if equiped with a reverse switch and the switch was inadvertently in the reverse position, veering right on the localizer would look like the correct action for the pilot to make. He also may have been thinking more about circling around to runway 23 and that's why he veered right early. Though he was reminded plenty of times of what he approach was. The controller reported Dr. Das was veering right of the track. The pilot acknowledge i...

The Promise of Spring Roo

I've been thinking about a project scaffolding tool for Java for a long time now. Many modern technologies now come with CLIs that can lay down project skeletons and add conventional concerns by simply executing command line actions. This scaffolding, as it has come to be known, jump-starts project work significantly by laying down the typical boilerplate and, in many cases, simplifies the wiring of ancillary technologies. As a top-tier technology, Java has benefited from the many available IDEs that also provide scaffolding-like functionality. These IDEs, and even Maven archetypes to some extent, provide very powerful tools for project foundations and instrumentation of specialized components. You are even able to produce your own extension, provided you're willing to figure out some of the rather obscure mechanisms to do so. However, architectural patterns change very rapidly and IDEs fail to keep pace. Plus, the IDE capabilities are usually driven through user interface ...

Training Aids and Standards Automation

While reading through a mountain of standard operating procedures related to my company's policies for the development and operation of medical devices, it occurred to me that being fully aware of and to make full utilization of sed policies requires a full-time position. This not necessarily reasonable for everyone involved in the process of engineering medical devices and information systems in support of the same. The scope and complexity of so many procedures also incurs a tremendous amount of overhead. Time and money spent performing many boilerplate tasks is time and money that can be spent providing better value elsewhere. I am reminded of AWS's "Well Architected Framework" or "Well Architected Tool" (whatever it's being called). The WAF or WATool provides a comprehensive strategy and checklist for meeting various important criteria in an AWS deployment. The content and guidance could easily be externalized and declarative and therefor easily exte...