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Aviation
Mechanix Illustrated
Issue: Jun, 1945
Posted in: Aviation
Tags: , ,
Posted: 05/23/2012
2 Comments
Misc. Helicopters (Jun, 1945)

Contra-rotating main rotors were a feature of the HH-43B in service with the Air Force from the 1950′s to the 70′s

Misc Helicopters

Co-Axial Rotors. as on the Hiller-copter illustrated in the December Mechanix Illustrated, eliminate noise and vibration on this new helicopter designed by Vincent Bendix. The inventor claims it will be easier to operate and safer than an automobile. Two levers control the machine’s flight, and continuous autorotation makes it possible to fly it with safety at altitudes of only 100 to 200 feet.

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Modern Mechanix
Issue: Dec, 1929
Posted in: Aviation
Posted: 05/18/2012
2 Comments
Navy Flyer Invents Tandem Airplane for Heavy Loads (Dec, 1929)

Harold H. “Kiddy” Karr was a pioneering naval aviator (Enlisted Naval Aviation Pilot Certificate #1).  He passed away in 1978.

Navy Flyer Invents Tandem Airplane for Heavy Loads
A TANDEM airplane called the KarrAvan has been invented by Harold H. Karr, a naval aviation pilot at North Island, San Diego, California. The ship which is 130 feet long and has a wing spread of 96 feet is able to lift 85,000 pounds. The unique flying machine will be powered by five 420 h.p. engines and will have a top speed of 135 miles an hour. The ship will carry 80 passengers and their baggage more than 4,000 miles without a halt.

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Mechanix Illustrated
Issue: Dec, 1941
Posted in: Automotive, Aviation
Posted: 05/11/2012
1 Comment
Landing On An Automobile! (Dec, 1941)

Why is the writing on the plane upside down?

Landing On An Automobile!

ONE of the most unusual aerobatic stunts ever achieved was photographed recently at an air show, where Dannie Fowlie, stunt flier, successfully took off in his plane from the top of an automobile, and then managed a landing on the car top.

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Modern Mechanix
Issue: Feb, 1930
Posted in: Aviation
Tags:
Posted: 05/09/2012
1 Comment
How a Metal “Man” Pilots Plane (Feb, 1930)

How a Metal “Man” Pilots Plane

Is the day of the airplane which will be piloted by pushing a button almost here? A new gyroscopic control keeps an airplane on an even keel and on a predetermined course more accurately than the most experienced human pilot.

A MECHANICAL pilot, a small instrument weighing only 50 pounds and small enough to be stowed away under a chair, recently piloted a tri-motored airplane on a three-hour flight between Dayton and Washington far more accurately and with greater precision than the most accomplished human pilot.

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Science And Mechanics
Issue: Jan, 1932
Posted in: Aviation
Tags:
Posted: 05/08/2012
1 Comment
Airplane Flies Without a Tail (Jan, 1932)

Airplane Flies Without a Tail

Revolution in the design of aircraft is expected from the “all-wing” plane illustrated here, a new German experimental model. As may he seen, it has a rudder at the end of each wing; while elevators as well as ailerons are placed on either side of the single pusher propeller. The span of the wings (which are set backward at a considerable angle for better balance) is 12 meters (39 feet 4 in.); the plane carries a load of 1150 pounds, at a speed of 88 miles an hour. It is designed for special economy in construction and maintenance, having a 28-horsepower Bristol-Cherub motor. Its designer, Alexander Lippiseh, is well known in the field of gliders, as well as motored planes.

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Mechanix Illustrated
Issue: Jun, 1946
Posted in: Aviation
Tags:
Posted: 05/01/2012
No Comments
Jet Plane with a Propeller (Jun, 1946)

The pieces of an XP-81 are currently in storage at the National Museum of the Air Force.

Latest Jet Plane is this new Consolidated Vultee XP-81, the first plane ever to fly with a gas turbine engine designed for propeller drive. Powered by a gas turbine engine in the nose and a jet engine in the tail, the sleek fighter will fly at a speed of more than 500 mph. At the right is a cutaway sketch showing the placement of the turbine and jet engine.

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Mechanix Illustrated
Issue: Sep, 1947
Posted in: Aviation, Communications, Kitchen, Origins
Tags: , , ,
Posted: 04/30/2012
3 Comments
Science in Pictures (Sep, 1947)

Science in Pictures

Push-Button Telegraph center permits messages to be typed only once, on a “printer perforator,” at point of origin. When messages reach the center, a clerk pushes a button for the city of destination.

Fishy Idea dreamed up by amateur inventor Dr. Carl Omeron, right, looks like a spark of genius. This is it: Tie balloons to a live “Judas” fish (which you catch the hard way). Put Judas back in the water and he’ll lead the way to the whole school.

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Mechanix Illustrated
Issue: Jan, 1954
Posted in: Aviation
Tags: ,
Posted: 04/26/2012
3 Comments
NEW in the AIR (Jan, 1954)

NEW in the AIR

AVRO VULCAN delta-wing bomber is powered by lour Armstrong Siddeley Sapphire let engines, each of which gives 8.300 pounds of thrust, a power equivalent of our World War II Superforts.

MOTHER WAITS while modified F-84 jet fighter returns to bomb bay retrieving mechanism of giant B-36 bomber for in-flight landing during Air Force demonstration of its new air-borne carrier.

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Mechanix Illustrated
Issue: Sep, 1947
Posted in: Aviation, Nautical, War
Tags:
Posted: 04/26/2012
4 Comments
Rescue Glider-Boat (Sep, 1947)

This seems like a pretty weird way to rescue people…

Glider-Boat
IN ITS unceasing efforts to save lives at sea, the Coast Guard is developing the glider-boat rescue unit illustrated here. Towed by powerful aircraft, the device would be released over the scene of disaster. After gliding to the water, it would jettison its wings and tail and take on the function of a motor boat. Designers hope eventually to make use of the wings and tail of CG4A gliders, produced in quantity during the war. The craft will be built so that it can be hoisted aboard rescue ships arriving upon the scene.

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Mechanix Illustrated
Issue: Feb, 1959
Posted in: Aviation
Tags: ,
Posted: 04/24/2012
8 Comments
UNVEILING THE X-15 (Feb, 1959)

And yes, both the Air Force and NASA say it went into space.

UNVEILING THE X-15

Model: North American X-15, a manned, hypersonic research aircraft. Length: 50 it. Height: 13 ft.

Wing area: 200 sq. ft. in a 25° sweep-back. Weight at launching: 31,275 lbs. Cargo: Pilot plus 1,300 lbs. of instruments. Fabrication: Inconel-X, titanium and stainless steel to withstand temperatures in excess of 1,000°F.

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