That plane is oddly attractive.
Here's another purely functional ship, the Wilga, formed by its mission: https://duckduckgo.com/?q=wilga+pzl&t=ffsb&iax=1&ia=images
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That plane is oddly attractive.
Here's another purely functional ship, the Wilga, formed by its mission: https://duckduckgo.com/?q=wilga+pzl&t=ffsb&iax=1&ia=images
Earlier quoted context omitted.
So why use this instead of U-2 or SR-71?
U-2 is notoriously hard to fly (at altitude the difference between optimal cruise speed, tearing the wings off or stalling is 12kn ). SR71 is horrifically expensive to fly and service plus it's engineering is complex (and the jigs don't exist anymore) and expensive to maintain (lots of fancy titanium parts) and the airframe hours are better spent on doing what the SR71A was built for. The 'nice' thing with old planes…
That plane is oddly attractive.
Pretty much sums up all british jet aircraft from the 40's to the 60's.
Earlier quoted context omitted.
U-2 is notoriously hard to fly (at altitude the difference between optimal cruise speed, tearing the wings off or stalling is 12kn ). SR71 is horrifically expensive to fly and service plus it's engineering is complex (and the jigs don't exist anymore) and expensive to maintain (lots of fancy titanium parts) and the airframe hours are better spent on doing what the SR71A was built for. The 'nice' thing with old planes…
That's a good answer. A data visualization would be something like a 2-d graph of altitude vs airspeed and in theory something could be made to fly over every point on that plane, and NASA does aeronautical research over every point on that plane. Unfortunately real aircraft only safely fly inside weirdly shaped polygons on that graph. And the U-2 is a really pointy narrow little shape that crosses all the Y-axis alt…
Planes like the F35 are designed by someone who read a bunch of blogs about the perfect way to design a plane. You don't design a plane, you design a plane framework on which you can add whatever feature the customer asks for.
A lot like SW design these days. We all know this doesn't work well and yet...
Earlier quoted context omitted.
So why use this instead of U-2 or SR-71?
U-2 is notoriously hard to fly (at altitude the difference between optimal cruise speed, tearing the wings off or stalling is 12kn ). SR71 is horrifically expensive to fly and service plus it's engineering is complex (and the jigs don't exist anymore) and expensive to maintain (lots of fancy titanium parts) and the airframe hours are better spent on doing what the SR71A was built for. The 'nice' thing with old planes…
Interestingly, NASA _does_ operate a variant of the U2 currently, as the ER-2 [1] high-altitude earth-resources observatory.
[1] http://www.nasa.gov/centers/armstrong/news/FactSheets/FS-046...
Maybe I missed it but where is the necessity for using such an old airplane for doing what they're doing?
https://warisboring.com/what-in-the-world-is-nasas-research-...
https://www.wired.com/2012/09/air-force-universal-translator... (caution anti-adblock)
Like the B-52, it's far cheaper to use an old plane that fits the role perfectly than it is to try to build a new one.
Does anyone know why the ends of the wings are missing in some of the photos?