ATPL Human Performance & Limitations Lesson 2
Ғылым және технология
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In today's lesson, we delved into the critical realm of EASA ATPL Human Performance and Limitations. Your engagement and feedback mean the world to me, so feel free to drop a comment below with your thoughts and suggestions for improvement. Together, we can tailor these lessons to better suit your needs.
Stay tuned because we have an exciting lineup planned! Over the coming weeks, we'll be rolling out a total of 6 videos dedicated to exploring every aspect of Human Performance and Limitations in the context of aviation. And don't worry, this is just the beginning! We'll cover all 14 subjects comprehensively, ensuring you're well-prepared for your exams and beyond.
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Пікірлер: 3
Hi all quick update regarding G forces, part of the video got cut. humans can survive +25G in the vertical axis and +45G in the horizontal axis. Never eat fruit you didn't peel yourself, dont use tap water to brush your teeth, dont eat seafood that came out of dirty areas. Safe flights to all!
@x-planefactor
2 ай бұрын
Great video. Thanks. If I may add concerning G's: I understand humans are "sensitive" to g forces, 1) their intensity, but also 2) the "time of exposure" to these forces, and 3) the "speed" at which theses forces increase or decrease. For example if you experience 1g to 20g in 20s, it won't be as bad as experiencing 1g to 20g in 1s!
@TogaFlying
2 ай бұрын
@@x-planefactor Thanks for your insightful comment! You bring up an important aspect of human tolerance to G-forces. When G-forces are rapidly applied or removed, the body experiences sudden changes in pressure, which can lead to physiological challenges such as decreased blood flow to the brain or increased stress on internal organs. In certain scenarios, a short, sharp peak in G-forces might actually be better tolerated by the body than a prolonged exposure. This is because the body's mass is slow to respond to external forces, and a rapid increase in G-forces might allow for a quicker adaptation, minimizing the overall impact on physiological systems. So while both the duration and rate of change of G-forces are important factors to consider, the specific circumstances of the acceleration and the individual's physiological condition also play significant roles in determining the outcome. I appreciate your understanding that this lesson is a basic overview, and I plan on delving deeper into specific subjects in future videos. G-forces, for example, are a fascinating topic that warrants more detailed exploration. Stay tuned for longer-format videos where we can dive into the complexities of subjects like this one! Thanks again for engaging in this discussion, and I hope this sheds some light on the complexities of human tolerance to G-forces!