Aviation, Imagination of the Future from the Past

a 1928 novel dealing with long-distance with an interesting monoplane design
Speaking of that monoplane, I really, Really, REALLY, have to wonder about that one bit in the following,
"
As they stood on the little platform in the bright sun, to the tune of clicking movie cameras, the bottle of champagne was brought down smartly on the metal propeller, and the young girl said, in a clear voice:

“I christen thee ‘Dauntless’, and wish thee all the luck in the world for thy big adventure.”
"
:oops:
 
From Western Aerospace 1948.
 

Attachments

  • 1.png
    1.png
    670.1 KB · Views: 132
  • 2.png
    2.png
    865 KB · Views: 56
  • 3.png
    3.png
    323.8 KB · Views: 41
  • 4.png
    4.png
    115.2 KB · Views: 45
a 1928 novel dealing with long-distance with an interesting monoplane design
Speaking of that monoplane, I really, Really, REALLY, have to wonder about that one bit in the following,
"
As they stood on the little platform in the bright sun, to the tune of clicking movie cameras, the bottle of champagne was brought down smartly on the metal propeller, and the young girl said, in a clear voice:

“I christen thee ‘Dauntless’, and wish thee all the luck in the world for thy big adventure.”
"
:oops:
They don't make propellers like they used to.

The book is quite the find, though
 
I'd hope it was a reporting error, such she whacked the steel hub-cap, which was discreetly but promptly replaced with lightweight 'flying' version...
 
Hi,

 

Attachments

  • 1.png
    1.png
    823.2 KB · Views: 36
  • 2.png
    2.png
    617.4 KB · Views: 48
I spoke about them before.
 

Attachments

  • medium transport.JPG
    medium transport.JPG
    45.6 KB · Views: 42
  • twin-engined mail plane.JPG
    twin-engined mail plane.JPG
    32.7 KB · Views: 43
  • heavy freight transport.JPG
    heavy freight transport.JPG
    43.2 KB · Views: 48
  • long range passenger aircraft.JPG
    long range passenger aircraft.JPG
    36.7 KB · Views: 45
  • 1.png
    1.png
    2.8 MB · Views: 43
  • 2.png
    2.png
    2.7 MB · Views: 41
  • 3.png
    3.png
    2.9 MB · Views: 37
  • 4.png
    4.png
    1.2 MB · Views: 41
Strange idea.
 

Attachments

  • 1.png
    1.png
    656.7 KB · Views: 56
  • 1944 - 0254.PDF
    351.7 KB · Views: 7
Strange idea.
Eh, not any stranger than a number of hypothetical rocket illustrations of the 1930s and 40s.
:rolleyes:
I don't know enough about the physics and math involved to understand how the figure of 600 pounds thrust added because of that 30 degree bend elbow in the jetpipes as mentioned in second paragraph of right column in the PDF were derived.
 
From this book.
 

Attachments

  • 19.png
    19.png
    2.3 MB · Views: 54
  • 20.png
    20.png
    2.5 MB · Views: 49
  • 0.png
    0.png
    910.1 KB · Views: 63
Sep. 09, 1958 - The Airliner of The Future. Studies made by Bristol Aero-Engines Ltd have shown that, using a combination of ramjets and turbojets, an airliner could be designed capable of carrying 150 passengers from London to New York in two hours, at a speed of 2, 000 mph at a cost per passenger comparable to that of the Britannia. Photo Shows:- An artist impression of a turbo-ramjet-powered supersonic airliner. (Credit Image: Keystone Pictures USA/ZUMAPRESS)
 

Attachments

  • sep-09-1958-the-airliner-of-the-future-studies-made-by-bristol-aero-E0RA5D.jpg
    sep-09-1958-the-airliner-of-the-future-studies-made-by-bristol-aero-E0RA5D.jpg
    130.8 KB · Views: 64

A Three-Stage Rocket Ship​

(Original Caption) The rage for the artificial satellite and space flight is on. Even now, American scientists are working with prototypes of devices which will finally overcome gravity - the greatest barrier of them all. As early as 1929, Austrian scientist Hermann Oberth conceived the idea of a "step" or multi-stage rocket. With current rockets (like the V-2 and the Viking), the rocket engine must push the entire ship, including the empty fuel tanks. The "step" rocket principle states that you must throw away what you no longer need, in this case, the empty fuel tanks. Government engineers offer a new, economical approach to this theory. Instead of throwing the parts away as their usefulness is exhausted, each sections should be piloted and landed safely after giving "boost" to the man ship. Thus the expensive rocket components would be saved from destruction and used in other flights.
 

Attachments

  • gettyimages-517245590-2048x2048.jpg
    gettyimages-517245590-2048x2048.jpg
    611.4 KB · Views: 91

A Three-Stage Rocket Ship​

(Original Caption) The rage for the artificial satellite and space flight is on. Even now, American scientists are working with prototypes of devices which will finally overcome gravity - the greatest barrier of them all. As early as 1929, Austrian scientist Hermann Oberth conceived the idea of a "step" or multi-stage rocket. With current rockets (like the V-2 and the Viking), the rocket engine must push the entire ship, including the empty fuel tanks. The "step" rocket principle states that you must throw away what you no longer need, in this case, the empty fuel tanks. Government engineers offer a new, economical approach to this theory. Instead of throwing the parts away as their usefulness is exhausted, each sections should be piloted and landed safely after giving "boost" to the man ship. Thus the expensive rocket components would be saved from destruction and used in other flights.
Three stages actually sounds just about realistic for an orbital RLV design around that vintage. Thanks to the progress of science and technology, the lone Elon has brought that down to two, god bless his little twisted heart. We'll take it from there on to the next frontier - SSTO RLV, anyone?
 

A Three-Stage Rocket Ship​

(Original Caption) The rage for the artificial satellite and space flight is on. Even now, American scientists are working with prototypes of devices which will finally overcome gravity - the greatest barrier of them all. As early as 1929, Austrian scientist Hermann Oberth conceived the idea of a "step" or multi-stage rocket. With current rockets (like the V-2 and the Viking), the rocket engine must push the entire ship, including the empty fuel tanks. The "step" rocket principle states that you must throw away what you no longer need, in this case, the empty fuel tanks. Government engineers offer a new, economical approach to this theory. Instead of throwing the parts away as their usefulness is exhausted, each sections should be piloted and landed safely after giving "boost" to the man ship. Thus the expensive rocket components would be saved from destruction and used in other flights.
Nice find my dear Flatric,

looks like Goodyear design.
 
Hi everybody,

I currently have a discussion on a French comic book forum where there is talk of a plane present in a comic book on the adventures of American pilot Johnny Hazard. It would be a fictional Japanese hunter who would have appeared in one of these adventures.

While doing research on Google Images, I ended up finding this cover, which depicts an aircraft that could be this fighter.
Can anyone confirm that it is Japanese and if so, would it be possible to have pictures showing it in full?

 

Attachments

  • Avion fictif japonais.png
    Avion fictif japonais.png
    460.9 KB · Views: 70
Last edited:
While doing research on Google Images, I ended up finding this cover, which depicts an aircraft that could be this fighter.
Can anyone confirm that it is Japanese and if so, would it be possible to have pictures showing it in full?
Personally, I don't know of anything quite like it. This aircraft seems fictitious to me.
 
Hi
 

Attachments

  • Escanear0012.jpg
    Escanear0012.jpg
    864.5 KB · Views: 34
  • Escanear0013.jpg
    Escanear0013.jpg
    600.9 KB · Views: 27
  • Escanear0016.jpg
    Escanear0016.jpg
    240 KB · Views: 26
  • Escanear0017.jpg
    Escanear0017.jpg
    283.7 KB · Views: 23
  • Escanear0018.jpg
    Escanear0018.jpg
    239.9 KB · Views: 25
  • Escanear0019.jpg
    Escanear0019.jpg
    221.7 KB · Views: 29
  • Escanear0020.jpg
    Escanear0020.jpg
    713.5 KB · Views: 32
  • Escanear0022.jpg
    Escanear0022.jpg
    670.8 KB · Views: 32
  • Escanear0023.jpg
    Escanear0023.jpg
    803 KB · Views: 35
  • Escanear0027.jpg
    Escanear0027.jpg
    227.9 KB · Views: 33
Post-2
 

Attachments

  • 1200.jpg
    1200.jpg
    486.3 KB · Views: 32
  • 1300.jpg
    1300.jpg
    720 KB · Views: 30
  • Escanear0002.jpg
    Escanear0002.jpg
    139.7 KB · Views: 28
  • Escanear0003.jpg
    Escanear0003.jpg
    192.7 KB · Views: 28
  • Escanear0004.jpg
    Escanear0004.jpg
    1 MB · Views: 24
  • Escanear0005.jpg
    Escanear0005.jpg
    229.5 KB · Views: 21
  • Escanear0006.jpg
    Escanear0006.jpg
    556.3 KB · Views: 19
  • Escanear0007.jpg
    Escanear0007.jpg
    107.3 KB · Views: 19
  • Escanear0013.jpg
    Escanear0013.jpg
    99.8 KB · Views: 19
  • Escanear0015.jpg
    Escanear0015.jpg
    203.3 KB · Views: 19
post-3
 

Attachments

  • Escanear0017.jpg
    Escanear0017.jpg
    126.2 KB · Views: 19
  • Escanear0018.jpg
    Escanear0018.jpg
    134.3 KB · Views: 20
  • Escanear0020.jpg
    Escanear0020.jpg
    88.8 KB · Views: 22
  • Escanear0024.jpg
    Escanear0024.jpg
    536.7 KB · Views: 24
  • Escanear0025.jpg
    Escanear0025.jpg
    168.6 KB · Views: 23
  • Escanear0026.jpg
    Escanear0026.jpg
    280 KB · Views: 25
  • Escanear0028.jpg
    Escanear0028.jpg
    721.2 KB · Views: 22
  • Escanear0029.jpg
    Escanear0029.jpg
    610.5 KB · Views: 23
  • Escanear0030.jpg
    Escanear0030.jpg
    309.9 KB · Views: 23
  • Escanear0032.jpg
    Escanear0032.jpg
    768.5 KB · Views: 26
post-4
 

Attachments

  • Escanear0033.jpg
    Escanear0033.jpg
    704.2 KB · Views: 27
  • Escanear0034.jpg
    Escanear0034.jpg
    454.7 KB · Views: 26
  • Escanear0098.jpg
    Escanear0098.jpg
    439.6 KB · Views: 23
  • Escanear0099.jpg
    Escanear0099.jpg
    315.6 KB · Views: 24
  • Escanear0100.jpg
    Escanear0100.jpg
    444.8 KB · Views: 28
  • Escanear0101.jpg
    Escanear0101.jpg
    526.9 KB · Views: 29
  • hoppi-copter.jpg
    hoppi-copter.jpg
    160.8 KB · Views: 29
  • How and Why Wonder 69.jpg
    How and Why Wonder 69.jpg
    54.4 KB · Views: 26
  • rocket-mail.jpg
    rocket-mail.jpg
    125.3 KB · Views: 34
From, Air Force Magazine 1948.
 

Attachments

  • 1.png
    1.png
    329.9 KB · Views: 40

Similar threads

Please donate to support the forum.

Back
Top Bottom