Revolutionizing Air Travel: The Future of Batwing Airplanes

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Discussion Overview

The discussion revolves around the concept of batwing airplanes and their potential future in air travel, particularly in the context of climate change and advancements in aviation technology. Participants explore historical references, technical challenges, and the feasibility of such designs.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • Some participants express skepticism about the novelty of batwing designs, referencing historical concepts from figures like Jack Northrop and German engineers during World War II.
  • Concerns are raised regarding the claims about contrails and their role in climate change, with some participants questioning the validity of these assertions.
  • There is a discussion about the materials used in aircraft construction, with some arguing that current technology is limited to composites rather than the plastics mentioned in the article.
  • Participants note that boundary layer control techniques have been known for a long time, suggesting that the proposed methods may not be groundbreaking.
  • Some argue that flying wings are economically viable and could be developed if manufacturers like Boeing and Airbus invest in them, emphasizing the lift/drag ratio advantages.
  • There is mention of stability issues associated with flying wings, with some participants asserting that these can be addressed with modern fly-by-wire technology.
  • Historical context is provided regarding funding challenges faced by early innovators like Jack Northrop, particularly after World War II.

Areas of Agreement / Disagreement

Participants express a mix of agreement and disagreement regarding the feasibility and innovation of batwing designs. While some acknowledge the potential benefits and historical significance, others remain critical of the claims made in the article and the overall approach to the concept.

Contextual Notes

Discussions highlight limitations related to the historical context of flying wing designs, the evolution of technology, and the unresolved nature of claims regarding climate change impacts and material capabilities.

Skyhunter
This is interesting. I would like to hear comments from the engineers in this forum.

AIRLINE passengers of the future will have to do without window seats and fly in giant “batwing” aircraft as a result of aviation industry proposals to tackle climate change

http://www.timesonline.co.uk/article/0,,2-1853992,00.html
 
Engineering news on Phys.org
They had so many plans for Jack Northrops flying wing back in the '50s and '60s. This idea is nothing new. The notion that the contrails are enough to help trap heat is a dubious statement at best.

I also don't know of a single plastic today that can be used in the fashion they are stating. I would think today's technology is limited to composites. Even with them, not all of the aircraft is usually composite material although some are coming very close to that.

They also mention boundary layer control via the vacuum system approach. That too has been around for a very long time.

Personally, I think we need new ideas and such, but this story seems to take all of the ideas from the past 40 years and put them together in a happy feel good notion of what we should do. It'd be great if it can be done.

http://www.warbirdforum.com/paxwing.htm
 
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that concept goes back to World War 2. Jack Northop and the German engineers both had designs of it in the works but both of them weren't fast enough to get developed before the wars end, and after that funding was stopped.
 
Absolutely awful article. Environazi drivel. As the others stated, the flying wing is Northrop's idea - I've never heard of Frederick Handley Page. And climate change? Whaaa? Saving 20% on fuel is a beautiful thing, for sure, but climate change wasn't even in the back of people's minds when Northrop first proposed the idea. It's all about lift/drag ratio.

Flying wings will certanly happen. And they are viable now, if Boeing and Airbus choose to spend the little extra in development costs required. The reason for them to be viable as airliners is pure and simple economics: they are cheaper to fly than conventional designs.
 
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Ki Man said:
that concept goes back to World War 2. Jack Northop and the German engineers both had designs of it in the works but both of them weren't fast enough to get developed before the wars end, and after that funding was stopped.
Well, the problem wasn't time and funding, it was stability. Flying wings are inherrently unstable in pitch and yaw, and because of that, they simply didn't work at the time. That problem is only solvable (but easily solvable) with fly-by-wire. The B-2 was an inevitability, but Jack Northrop was ahead of his time.
 
yea, the first flying wing aircraft flipped over and crashed because it didn't have the computers and control systems we do today

after the war jack stopped getting funded by the gov. but kept going with his own money. but after the accident he "gave up"

truly revolutionary thinker. he also made giant leaps in the vertical take off aircraft too
 

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