JF Ptak Science Books

Nazi Propaganda Against the B-17 (1943)

JF Ptak Science Books  Post 2824

This is quite the piece of anti-U.S. Propaganda, printed in 1943 and targeted so to speak against the B-17 Flying Fortress. (I'm not sure why this is in French, though no doubt it was focused on occupied territories in France and Belgium and other areas reached by Lingua Franca.) This was a difficult piece to work through given my tender spot for this aircraft--I've long admired it, and was even a passenger on one many years ago (it was much louder than I expected). As a piece of propaganda I would have expected to see more copies of this here and there, but as it turns out there is only one copy (at Nanterres) located by WorldCat--this in mind I've reproduced the whole of the very short work.

[Front and rear covers.]

The little pamphlet got to business straightaway, claiming on the back of the title page that the “Flying Fortress” suffered terribly at (“terrorist raid”) Schweinfurt—true enough for the 8^th Air Force, though the numbers aren't quite right. The author tells us that the “Flying Fortress” was actually “the Flying Coffin”. “This is how the Americans call their heavy four-engine lighters [the “Flying Fortress”]. The harsh reality, the inexorable practice of fighting has long since given them another name: that of flying coffins. C'est ainsi aue les americains appelent leurs bombrdiers lourds quadrimoteurs. la dure realite, l'inexorable practique des combats leur a depuis longtemps fqit attribuer un autre nom: celui de cercueils volantes.”)

In the explosive scene on the page there's a picture of mass destruction of B-17's being blown out of the sky—this a result of the (“tight”) formation flying that the writer says used to be a strength, but now with new (German) weapons would prove to be the 17's weakness. (“The greater the function, the bigger their devastation.”)

The next scene, a two-pager, is heartbreaking and brutal. “Voila ce qui les attend” it shouts--”this is what awaits them”! And then, boldly beneath the scene, the pamphlet repeats the Flying Fortress is the Flying Coffin claim.

A Short Notice on Some Short but Very Important Flights--the Wrights, 1902

JF Ptak Science Books    Post 2823

Here's an interesting piece of reporting by (Professor) Raimund Nimfuhr (Czech, 1874-1954) on the Wright brothers gliding experiments in late September/October 1902.  The two men transported their 1902 aircraft to Kill Devil Hills near Kitty Hawk , N.C., and carried out between 700 and 1000 gliding tests, with great success. This story on their efforts appeared a few months later on 5 March 1903 in the Illustrirte Zeitung (Leipzig), with an unusual accompaniment of five photographs.  

The Wright's received very circumspect coverage during this time, what with the certain level of disbelief that accompanied early reports on flight. As it turns out when the brothers made their great and historic powered flight a year and two months later the local papers near the Wright community in Ohio gave the achievement scant notice.  The reverential Scientific American gave the Wright flight an inside notice—it wasn’t front cover material for them. (The papers were a little shorted though because the results of the experiment were leaked to the local Norfolk paper, and the rest of the world got scooped.)

In this short notice, “The latest advances in practical flying art”, Nimfuhr takes the first two paragraphs to review a bit of aviation history and to remark that “practical activity in flying has become increasingly common”, with a “feverish activity” particular to the “New World”. He states that the importance of Otto Lilienthal had not yet been recognized for what it was, with Europeans paying the price in wasted experimentation for not employing Lilienthal's results—this he states is not the case in the New World, which has made good use of the Lilienthal experimentation.

When he gets to the den Bruden Wright, Nimfuhr starts by saying that their 1902 glider was almost exactly like that of the second type of Octave Chanute, though he almost immediately states that the Wright machine was a “brand new, significantly improved machine”. He describes the wings and the method of controlling die gleilfluge, and then on th=o a description of some of he “700” flights they made, the longest being 189 metres (with time aloft at 26 seconds). Nimfuhr does take great care to describe the exacting control the Wrights had on the glider, which “promptly obeyed the slightest movement of the rudder”. He ends saying that the Wright glider is not the “ideal”, and that in order to fly several kilometers or into a headwind, an engine was necessary, though as things were in March 1903 the Wrights had made a “very significant advance”.

An 8,000-mile Cruising Range Flying Wing, 1943

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This is not the first appearance of a proposed "flying wing", though it seems to me that it is one of the biggest. This version—the idea of Horace Chapman Young (of the Aerodynamic Research Corporation) and Eric Langlands—appeared in the pages of Popular Science magazine in February 1943. It is a “combination of airship and airplane”, and was filled with helium and hope. It is also 69' tall, and 250 feet long (!), one version of the aircraft of which was made to handle an airport of 12 planes on a 180'x200' airstrip, which brings just that part f the plane in at a little under a half acre. It pulled and pushed itself through the air at a not-blazing 30-75mph—however, it was supposed to keep that speed for a cruising time of 270 hours, which is enormous. I like the idea of this beautiful beast, from its slightly manta-ray face down to its 30mph takeoff speed.

 

Found-Abstract Art and the Coming of the NCC-1701: the Capazza Lenticular Airship, 1909

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Here's another early aviation post, as I seem to be a little stuck this morning in the 1908-1911 period...or suitably enough down a small rabbit hole to keep me from doing my mailing duties.  This is a fascinating period with tremendous steps forward in technology taking place just five years after the first successful Wright powered flight test--it is hard to imagine the Wrights were roundly ridiculed in their efforts and worked for the most part in deep privacy; and yet here, just 1500 days or so later, there are hundreds of aeronauts and a dozen or so journals devoted to tech aspects of flight.

What caught my Star Trekian eye here in this May 1908 article in l'Aerophile was the lovely found-abstract plans for supporting the envelope of Louis Capazza's lenticular airship, a composite balloon/aircraft. The firm of Adolphe Bayard-Clement was the planned producer of the airship (they were the first to go into general production of an airplane, the Santos-Dumont Demoiselle 19) though it never was built. It was certainly intriguing--it was lighter than air, non-symmetrical, top be powered by three 120 hp engines supplying power to three screws fore and aft--it was lovely in its way, and of course given it plan and profile immediately suggests to me the Starship Enterprise, though I may be alone in that.  

And here's the Found-Abstract art end of the deal--the structure for the non-symmetrical support for the balloon/plane envelope:

Tech info (and image source, above) see Berget, Conquest of the Air, 1909, pp 183-186. 

Images sources (below):  https://archive.org/details/larophile16besa/page/182

Atlas of the Engines--the Antoinette Aero Motor, 1908

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I couldn't but help to share this terrific advertisement found in the page of Aerophile magazine for 1908 (via the "Unbound" section of the Smithsonian Institution and Internet Archive. This is the famous "Antoinette" engine, designed and construction by Leon Levavasseur in an aircraft-building partnership with  Jules Gastambide (whose daughter's name became that of the series of engines). As you can see the man supporting the engine is not having an easy time of it (assuming the guy is 5'8" 150 lbs or so), though this was a far-advanced aircraft engine for the day, a V-16 (?) developing 100- horse (the Wright's 1903 engine was 12hp 180lbs but did its job perfectly).  In any event this was an interesting demonstration of comparative lightness and power, delivered in January, 1908.  (I'm reasonably sure that this is not the 40hp engine of the Farman flight...)

Source: https://archive.org/details/larophile16besa/page/28)

Plans of Major Aircraft, 1908

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This interesting illustrations shows the plans of 16 different aircraft and the triumph of aviation in the scant five years since the Wright brothers' successful first powered flight in 1903.  From left-to-right and top-to-bottom the designer/builder reads: Wright, Farman, Santos Dumont, Cornu, de la Vaux, Bleriot, Apferer, Bleriot (again), Dufaux, Delagrange, Farman, Bazin, Langly, Brequet, and Esnault-Peletrie.  The image is found in Nature, 1908, vol 78, pp 668-672.

There's a lot in this article but what I focused on was the shot across the bow to the Brits, the author taking issue with their capacities, and telling them to go and get some better maths (or someone better than them to do the thinking and work the numbers): "The recent flights show what can be done in aviation by a person possessed of skill and experience. They are a necessary factor in the development of artificial flight. The problem is quite in a different position from what it was a year ago. But if flying machines are to be made accessible to the million, the sooner English aeronauts learn mathematics or get someone to do the mathematics the better. At the present time a great deal of rubbish passes off as mathematics which is quite unworthy of the name..."

 

A Guide to German Trenches and Aircraft, 1915

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WWI was into its sixth (of fifty-one) months of war when these helpful graphics appeared in the pages of the Illustrated London News on Feb 6, 1915.  Distinguishing trenches was interesting though not very essential, and certainly not as potentially useful to the broad population as the sheet identifying German aircraft. This image is a version of a poster that was distributed far and wide in Great Britain and France teaching ordinary citizens the differences between airplanes of friend and foe. There were a large number of designs of aircraft,especially so when you threw the British and French planes into the mix. It certainly would've been a bit involved at first to make these distinctions, though if your survival depended on perhaps knowing the differences in all of these aircraft then no doubt the learning curve would flatten out. It is also remarkable that all of these developments in aviation come just a dozen years after the Wright brothers first made their powered flight at Kill Devil Hills.  

• Both images are clickable and greatly expandable.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

A Massive Triple Tandem Triplane (1921)

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What we see here, below, is a rather extraordinary flying machine, a mammoth beast with 8,000 square feet of wings (more than 40% greater than that of a 747). It was a triple tandem triplane, which is a glorious-sounding and possibly epic description of the aircraft—a plane with three independent triplanes fixed to one fuselage. The article appears in Popular Mechanics for May 1921, and describes this aeronautical attempt as the work of Giovanni (Gianni) Caproni (1886-1957), which was to be a transport for 300-mile round trip excursions at about 80mph cruising speed. It was powered by 8 12 cylinder 400 hp Liberty engines operating on push/pull arrangements on different wings, carrying a crew of eight and 100 passengers. Unfortunately the flying boat crashed on its second test flight, and then the remains were towed badly toward shore, and that was the end of the plane.

 

Flying to India from London at 93 mph (1928)

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These oblique cross-section and cutaways have been near-and-dear imagery for a long time, and I've probably made 50+ posts on this blog sharing them. This drawing is by S.W. Clatgworthy and appears in Popular Mechanics for March, 1928-- it depicts the not-identified and brand-new "Short S.8 Calcutta", which made its first flight the month before.  The airplane was designed for the Mediterranean leg of the London-India service of British Imperial Airways (1924-1939 when it merged into BOAC and then in 1974 became British Airways) and was the first stressed skinned metal hulled flying boat, and was constructed by Shorts¹. Its three Bristol Jupiter engines pulled the aircraft along at about a 100 mph cruising speed, which no doubt made for an exciting and relatively fast (by 1928 standards) trip to the East.  The aircraft was pretty large for the day: 66' long with a wingspan of 93' and a height of 23'. It was probably noisy but relatively comfortable, the passengers being served food and drinks by a steward. Far less comfy were the pilot and navigator, who as you can see were in an open cockpit. 

Notes:

1. Shorts was the firm started by the Short brothers in Battersea in 1908 and which was the first aircraft manufacturing company to make production airplanes. 

 

Bomb-Dropping Torpedo Plane Guided by Wireless (1917)

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This illustration appeared in the December 1917 issue of Popular Mechanics, just a year away from the end of WWI. This was a promotion for the idea of a remote-controlled miniature-aircraft, which was equipped with bombs and suggested to be an "irresistible engine of annihilation".  The map displays how the aircraft--or multi-squadrons of them--could be controlled from Dunkirk to bomb targets in Zeebrugge, Bruges, and Thourout, "without the loss of a single flier". 

• "Will the radio bombing plane and the flying torpedo be similarly evolved in time to crumble the fortresses of autocracy along the Rhine?".

The small inset of the flying machine at bottom right seems to be little more than a bomb (a "mechanically controlled aerial torpedo").

 

 

The Urban Rooftop Airport Idea in 1920

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This is another unexpected find of an urban rooftop airport¹/dirigible docking station from 1920.  The idea has a certain amount of sense to it, especially here in the still relatively restricted early history of aviation, just 13 years past Kill Devil Hills, and two past the great expansion of flight following the end of WWI. It is an interesting mix of modernity when coupled with growth of the skyscraper², which is just living through the beginning of its fourth decade.  On the other hand...well, there are a lot of obvious problems with an idea like this, too many to go through in a simple post just intending to share an evocative image. It was a tempting peek into the future, and as we can see one of the dirigibles advertisers "transatlantic", the first of which wouldn't occur by dirigible uintil the Graf Zeppelin in 1928. The planes are way too big, and so on. (Is that the Plaza Hotel in the foreground?) The rendering itself is very pretty, and has a certain Renaissance-y quality too it, especially with the etching-like rendering of the sky.  

If you're interested there are probably ten posts on such ideas in this blog--just enter "airport" in the Google search box for the site and you'll find them.

(Source: Popular Mechanics, December 1920, pg 912.)

Notes.

1. "Airport" and "Air port" first appears in the OED in 1902 in the great Brooklyn Eagle, though I'm unsure of its aviation context ( Brooklyn Daily Eagle 10 Apr. 1/2   "I hope New York will be the greatest airport in the world"). There is a clearer usage in 1914 (Times 16 Mar. 5/3   "The time will come when, with the development of aviation, every town of importance will need an air-port as it now needs a railway station") that leaves no doubt the reference is for airplanes.  

2. "Skyscraper" (and "sky scraper" and "sky-scraper") in the architectural sense draws on a long history of common and colloquial use: it first appears in the Oxford English Dictionary as a nautical term relating to a tall horse (1788), and then used to refer to a  sail (1791), tall bonnet (1800), high flying ball in sports (1842), tall person (1847), exaggerated story (1890), and so on.  The use of the term relating to a tall building (generally 10 to 13 floors high) appears in 1883

A Shadowy, Watery Window into Early Flight (1907)

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It seeped into recognition that the photo below is remarkable to my experience for showing an early airplane being pushed through a puddle--marsh, actually--prior to flight, and we can see its progress and its helpers in a  reflection in the water. Now it is easy to find an aircraft with pontoons made for a watery environment, but the other, well, it seems to be remarkable to me. The photo  is from Henry de la Vaux's  heavy and highly illustrated Le Triomphe de la Navigation Aerienne, Aeroplanes, Dirigiables Spheriques, printed in Paris in 1911, and shows the Euro-famous Henri Farman's Voisin aeroplane across an inundated section of the fields at Issy.  Farman used this aircraft (made by Gabriel and Charles Voisin of Aeroplanes Voisin, founded 1905) in March 1907 and “… flew the first successful powered aircraft designed by aeronautical engineer… to make the first heavier-than-air flight lasting more than a minute in Europe, and also to make the first full circle”. (Wikipedia) And yet for that the thing that attracts me to this photo, found serendipitiously while flipping through the pages of the big book, was were the reflection of the underside of the plane in the mirror surface of the wet field. Simple, and unusual.  

And the full image:

A Trafalgar of the Air--the Battleship Aeroplane, 1907

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“Is t he Future War-Ship to be Aeroplane or Balloon?”, is a glorious 2pp (16” x 23”) illustration in the Illustrated London News, published August 31, 1907, and drawn by Harry Grant Dart¹ only four years after the Wrights’ powered flight at Kill Devil. It features four images of enormous aircraft as well as two smaller images, none of these seem to be the balloons in question in the title of the artwork, the artist seeming to have come down on the side of the aeroplane. That said, these aircraft are massive—iterating by the figures on deck the plane was close to 50’ tall with wings that must’ve been 100’ wide. Everything seems to be massively heavy, looking more like steam-fired ships (“flying battle-ships”) than anything else…except for their resemblance to birds and dragonflies.  Also of note in the upper right corner is a missile—an “aerial torpedo"—fired at one of the aircraft.

Notes:

1.  Harry Grant Dart (1869-1938) was a correspondent, artist, and cartoonist who worked for the New York World, Life, and Judge, whose specialties seem to involve techno-future-vision. 

 

 

Bombing Dirigibles, from Above (1913)

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“Fishing for the Enemy, Hooked Bombs for Catching Dirigibles”, a drawing by H.W. Koekkoek, in the April 12, 1913 issue of the Illustrated London News. Samuel F. Cody (born Cowdery, adjusting the surname of Buffalo Bill/William in his youth) was a Wild West showman at the beginning, and then a showman through his middle years in other fields, and then finally becoming an advanced pioneer in aviation. Cody was the first person to fly in England in 1906 and experimented with different (and successful designs in aircraft) as well as human-lifting kite designs, some of which were employed by the Brits in the Boer War and also used in place of observation balloons under appropriate weather conditions. There is no doubt that Cody was more on the frontier of aviation than on the U.S. Western frontier. Unfortunately Cody would be killed flying one of his experimental aircraft four months after this story appeared.

Cody went fishing for dirigibles with this invention. The idea was to fly an airplane about 2000’ above a dirigible with a towline of the same length with a grapnle-bomb attacked to the end. The plane would try to hook the dirigible with the grapnel at which point the bomb would detach and detonate.

Birds of a Feather: Flying and Perpetual Motion Machines (1848)

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Here's a wonderful and short editorial comment from the Scientific American on the possibilities of human flight, coupled with the observed fruitless pursuit of perpetual motion machines.  There wasn't much hope expressed in flight, but "the end of flying machines is not yet" and the author shares a vision for one possible flying machine, which was a huge, steam-driven, wrought iron 40' x 8' design with between four and twelve wings. No mention is given of its weight. 

"Flying Machines", in Scientific American, December 23, 1848, vol 4, #14.

“Flying Machines and Perpetual Motions are very old and unfortunate acquaintances. No people have invented so many as the Germans, and many a poor fellow has lost his life by his fool hardy confidence in some machines he had invented to ride upon the winds, yet for all the accidents that have taken place to high flyers, from the Dutch Doctor at Ratisbone in 1692 to the unfortunate Englishman who perished a few years ago in London when descending by a parachute, there are still to be found new flying machines coming out every few months.”

“But the end of flying machines is not yet, and here we insert the description of a new and an original one certainly, taken from the Jacksonian published at Pontiac, Michigan…”

“As wings then, have failed, and balloons been attended with no better success, men have begun to think that the end is unattainable, and that flying is a victory which man can never achieve. The art of flying simply consists in the suspension and motion of a heavy body in a lighter. Although this may appear contrary to the nature of things, it is what takes place every day, and is seen exemplified in the case of every insect and bird that flies—all of which are heavier than the air.”

“Let us suppose a machine to be constructed resembling a long railway car, with arms projecting at certain distances from the roof and floor, appearing like the long axles of a wagon wheel. At me extremities or these arms the axles of the screw wheels or wings are inserted, which thus work parallel to the earth, instead of perpendicular, as in a vessel. At the stern of the car are from two to four wheels, to serve as propellers, the side wheels being merely to elevate and suspend the car. In the interior of the car, at the centre, is the steam engine, with the fuel and water, while the extremities are reserved for passengers and baggage. The wings are moved by independent bands connected with the internal machinery, so that the whole or a portion of them may be used at once, for the convenience of ascending and descending.”

“This machine instead of having two wings like a bird, will have from four to twelve, according to the length. The forward end should be built sharp, to offer less resistance to the wind. Having more wheels than are necessary to its elevation, no danger can occur from any accident that may occur to one or two of them. The machine can be guided by some kind of rudder, or by stopping one or two of the stern wheels, which are attached to each side of the stern. At first sight, such a machine as this may appear the production of a visionary, but the same would have been said fifty years since had any man described a locomotive engine and a railway. Every step towards the construction of this machine can be based on mathematical principles The air furnishes a vast fund of power for the use of mankind, although as yet they have only used it to propel ships and wind-mills. “

“A car forty feet long, with five wheels on each side, eight feet in diameter and three smaller propellers at the stern, would certainly appear a novel object, when roaring along through the air. If a certain breadth of wheel be not sufficient, try broader ones—if the velocity be too slow, increase it.”

“We however wish the inventor success—but before he proceeds to construct his machine we hope he won’t forget the law that was discovered by the great Newton in the falling of an apple.”