Archive
Aviation
Mini Flight Simulator (Jan, 1936)

After they were decommissioned by the Air Force thousands of the these simulators had coin slots attached to them and were redeployed outside of U.S. supermarkets along with race car and horsey simulators.

BLIND FLYING IN A DUMMY PLANE

A BLIND flying trainer, assembled from miscellaneous player piano, automobile and airplane parts, is furnishing efficient blind flying instruction to army pilots at March Field, California.

The “synthetic” airplane is mounted atop a ball joint and pivot. Lateral and longitudinal stability is controlled by four banks of bellows which function according to the movements of a regulation airplane control stick. A backward pull on the stick, for example, raises the elevators and throws the tail of the “plane” down by releasing the pressure in the rear bellows while the forward bellows retains its pressure. The process is reversed when the stick is moved forward.

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Giant Analog Flight Simulator (Dec, 1958)

Flying High at Zero Altitude
By BEN PREECE

THE PILOT and copilot of the Douglas DC-8 Jetliner couldn’t see anything through the windshield. It was totally dark outside. The altimeter was winding down as the giant plane dropped through the overcast. The crew chief watched his instrument panel.

“We’ll be out in a minute,” the pilot said, referring to the cloud bank he’d been in since take-off. Then the lights of the field appeared below.

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Ad: “Leg muscles” that cushion a jet’s landing (May, 1953)

“Leg muscles” that cushion a jet’s landing

When the landing gear of an F-86 Sabrejet hits the runway at lightning speed, the shock is absorbed by hydraulic action within the tough, precision-made cylinder on each “leg.” To machine these 37-lb. cylinders to exact tolerances from solid 158-lb. steel forgings … to give them mirror-smooth inside finishes . . . Cleveland Pneumatic depends on Lycoming.

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Fort More Than Mile High? (Feb, 1935)

Fort More Than Mile High?

NEARLY fifty years ago, Gustave Eiffel erected his wonder of the world in Paris—a tower of iron framework 987 feet high. A generation was to pass before this was exceeded in height by a number of the skyscrap-ing office buildings of New York.

Now another French engineer, Henri Lossier, proposes a jump in construction to 6,560 feet, nearly a mile and a quarter high, in the form of a concrete tower, to be part of the defences of Paris. From its cone-shaped hangars, some over a mile above the ground, airplanes could be launched on a minute’s notice; while firmly-mounted anti-aircraft guns at this great elevation would reach invading planes more readily. The recoil of a hundred four-inch guns at once would vibrate it four inches. The details are shown in the illustrations, as also a comparison with a well-known New England mountain. In times of peace, such a structure could be devoted to many purposes; its great height furnishing advantages not otherwise obtainable, such as pure, thin air, and sunshine.

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Odd-shaped “Flying Wing” Is Model For Proposed Sky Liner (Jul, 1936)

Odd-shaped “Flying Wing” Is Model For Proposed Sky Liner

KONRAD KRAFT, a young engineer of Thuringia, Germany, has invented a radically new type of airplane in which the wing surface is broken into the form of a W for greater stability in flight. Using a model with a wing span of 2,200 millimeters and a depth of but 280 millimeters Kraft proved that his design was not affected by side winds, and would climb more rapidly than other models. He plans to use his design for a great tri-motored plane having landing wheels in the wing angles and a roomy passenger compartment between the wings. Fuel would be carried in tanks in the hull.

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Ad: How a jet engine runs on its “nerves” (Feb, 1953)

How a jet engine runs on its “nerves”
Auxiliary “nerve center” of a jet’s engine, this complex gearbox transmits the power that runs oil and fuel pumps, generators, and other vital accessories. To produce this intricate unit for J-40 engines, Westinghouse looks to Lycoming for precision production.

From a jet’s mighty engine, these precision gears “take off” power and pass it along to vital accessory equipment at the specific rate required by each different unit. As many as 30 separate gears … as many as 2500 separate machining and assembly operations … go into this gearbox so essential to safe, efficient operation of a jet. And for this tremendously complex production, Westinghouse depends on Lycoming.

Lycoming stands ready to assist you, too. Whether you have “just an idea” that needs development, a problem in the blueprint stage, or a finished metal product that needs precise, speedy fabrication … you can depend on Lycoming’s long-tested ability to meet the most exacting and diverse industrial or military requirements. Whatever your problem—look to Lycoming!

Lycoming’s 2-1/2 million feet of floor space, its more than 6,000 machine tools, and its wealth of creative engineering ability stand ready to serve your needs.

AIR-COOLED ENGINES FOR AIRCRAFT AND INDUSTRIAL USES • PRECISION-AND-VOLUME MACHINE PARTS • GRAY-IRON CASTINGS • STEEL-PLATE FABRICATION
LOOK TO Lycoming
FOR RESEARCH FOR PRECISION PRODUCTION

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Ad: How a helicopter hangs by its “elbows” (Mar, 1953)

How a helicopter hangs by its “elbows”

Straight up, straight down, forwards, backwards, or just hovering— the Piasecki “Work Horse” Helicopter’s peculiar flying maneuverability rests in its rotor assemblies. It is these flexible “elbows” that adjust the pitch of the ‘copter’s great blades. Each unit involves more than 625 separate parts. To machine and assemble them, Piasecki depends on Lycoming for precision production.

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Proposes Orientable Roof-Top Airports For Cities (Jul, 1938)

It sure would screw up your property value if someone tried to build a billion ton sky-darkening airport over your house. Also I’m not quite sure why it needs to rotate…. bonus feature?

Proposes Orientable Roof-Top Airports For Cities
PROPOSED as a solution to the problem of locating an airport in the heart of any big city, a design for a long orientable runway, which would be mounted on circular tracks atop tall buildings, as sketched above, has been conceived by a French engineer.

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Details on the NX2 – Our Atomic Plane (Jan, 1961)

Details on the NX2  – Our Atomic Plane

When will our “hottest” bomber take to the skies? How will it perform? What about the radiation danger? Here are the answers

By JAMES JOSEPH

OUR long-awaited atomic-powered airplane – Convair’s Model NX2 – is finally on the drawing boards, its components in various stages of construction and testing.

After 14 years’ research and an investment of close to 1 billion dollars, the plane’s reactor is under test and two different engine systems, both slated for early flight testing, are in advanced development.

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It’s “twins” for Piper … by Lycoming (Apr, 1954)

It’s “twins” for Piper … by Lycoming
This is the Piper Apache… the all-new executive plane that brings new economy to the twin-engine field while maintaining high standards of safety and dependability.

It is powered by two proven Lycoming 150-h.p. air-cooled engines designed especially for the Apache. These power plants provide an improved horsepower-weight ratio, new compactness… and are so powerful that the Apache can safely fly and land with a full load on one engine alone.

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