Berliner-Joyce Helicopter 1922

Berliner used the fuselage of a Nieuport biplane with a 4.5m rotor mounted on an outrigger on either side of and slightly forward of the cockpit. Control vanes, similar to those used on their 1919 coaxial machine, were used in the slipstream.
Longitudinal control was by a small variable pitch lifting propeller near the tail. Hovering up to 3.3m was accomplished in June 1922, and flew about 90m.
Despite the fact that overall performance was unsatisfactory, the Smithsonian Institute considers the Berliner machine as the first helicopter to make a controlled flight on the basis of these tests. Berliner continued his efforts and built two additional machines, but they were short take-off convertaplanes incapable of vertical flight.

Berliner-Joyce Helicopter 1919

Emile’s business concerns and deteriorating health prevented him from pursuing improved designs. However, his son Henry, was also a superb engineer and wanted to continue his father’s work. In 1919, after a short stint in the Army Air Service as an aerial photographer, Henry moved to Washington D.C. to construct a helicopter under his father’s guidance.

Henry’s first effort was a coaxial design mounted on a two-wheeled test stand. He soon transformed this model
into a manned version, powered by an 80 hp Le Rhône engine with two co-axial propellers with vanes to vector the downwash for pitch control. It was able to lift Henry, and make the transition from a hover to forward flight, but its control was so poor that assistants running alongside had to steady it. Henry decided to take a new approach and adapt his experience with conventional airplanes to the control problem.

Berliner-Joyce / Berliner Aircraft Co / B/J Aircraft Corporation

Emile, a German immigrant living in Washington D.C., was already a prodigious inventor when he began to dabble in aviation. He received a number of notable patents for substantial improvements he made to the design of gramophones, phonographs, and telephone transmitters. In 1903, he became fascinated with powered flight and experimented with a large rocket-powered model airplane.
In 1907, Emile began work on a helicopter with a tandem intermeshing-rotor system. The father-and-son team of Emile and Henry Berliner became the first Americans to make any significant progress towards the creation of a practical helicopter. Before 1926, they pioneered a number of experimental helicopters with only moderate success.
On July 11, 1908, Berliner’s first “test-rig” helicopter design demonstrated that it had the potential to lift twice its own empty weight.
However, the Berliners’ final versions displayed the best performance of any American helicopter project until Igor I. Sikorsky unveiled his VS-300 fifteen years later.
Emile then constructed a larger version with a 55-hp motor, which he dubbed the Aeromobile. Simultaneously, Berliner cooperated with J. Newton Williams on a coaxial design. Neither effort progressed very far as the demands of operating the Gyro Motor Company distracted Emile’s attention. However, this did not prevent him from conceiving new approaches to the problem of vertical flight. In 1910, Berliner began to consider the use of a vertically mounted tail rotor to counteract torque on his single main rotor design.
In 1923, Henry Berliner left the Air Service becoming sales rep in America for Morane Saulnier, a job that lasted two years. He joined Curtiss Wright as a pilot and three years later, was a test pilot for Vought Aircraft, demonstrating the Corsair to the Mexican gov¬ernment.
Henry Berliner formed the Berliner Aircraft Co. of Alexandria, Pennsylvania, in 1926 and was developing his direct lift machine when Lindbergh made his flight. Suddenly, the world was interested in airplanes – -high wing monoplanes, not things that tried to go straight up. H. A. Berliner was the son of Emile Berliner, designer of an aero engine, a helicopter and a record player.
At this time, Henry Berliner was looking for a partner who could sell his ideas. He found him in Temple Joyce. Berliner was the solid thinker, a man with his feet on the ground; Joyce, the gregarious salesman/pilot. The combination was a natural.

Temple Joyce entered the Air Service soon after graduation and was sent to France but never saw action. At the Air Service base in Issoudun, he served as a test pilot testing both new Allied aircraft and captured enemy aircraft. He was cited by General Pershing in April of 1919 for his excellent work. Before leaving France, he completed a record 300 consecutive loops.

The Berliner/Joyce Aircraft Corp. was organised in 1928 with a capital of $1,000,000 and the assets of the former Berliner Aircraft Co.
By mid 1930, Henry Berliner had left the company, though Joyce remained as an executive test pilot until late in 1934. During the early 1930s, a series of stock manipulations threatened the existence of the company. In 1933, North American Aviation Co., Inc., took over the assets of Berliner/Joyce, changing its corporate name to the B/J Co. At this time, North American did not manufacture any airplanes; it was a holding company division of General Motors which had absorbed Atlantic Fokker as General Aviation.
In December of 1934, Congress passed a law requiring companies to manufacture a product. This was one of Franklin Roosevelt’s lesser known acts aimed at spurring employment. North American, faced with the pros¬pect of having to go to work or go out of business, elected to scrap all B/J activities and relocate in Southern California where the climate was bet¬ter. The B/J Co. ceased to operate.

Henry Berliner was the founder of Berliner Aircraft Company, and founder of Engineering Research Corporation, Riverdale, Maryland, in 1930 – producer of the Ercoupe.

Ben Showers Skytwister

A single seat open frame helicopter. The frame is 4130 steel main frame and bolt-together aluminium tube. A modern version of the Adams-Wilsom Choppy helicopter. Single-seat open-frame helicopter with a Min Speed Hover speed.
Video covers flight and testing. All new aluminum tube tail design. New replaceable landing gear. Easy build design for the true homebuilder. Scratch build entirely from plans; CAD plans $95 in 2009.
Limited components available.

Engine: 66 hp Rotax 582 or Hirth.
Rotor blades: Fleck all 2706 aluminium extrusion
Main rotor: 21.5 ft / 6.55m
Tail rotor: 36 in
Cruise: 65 mph / 105km/h
Top speed: 85 mph / 137km/h.
Empty wt: 320 lb / 144kg
Useful load: 350 lbs.
Gross wt: 670 lbs.
Width: 5 ft 8 in
Height: 6 ft 8 in / 2.03m
Length: 15 ft 9 in / 4.80m

Bensen Midget

This miniature single-seater helicopter, designed as a private venture mainly for use in the United States Navy, has been simplified to such a degree that its components can be reassembled with hand tools. At each tip of the two-bladed rotor is a ram-jet engine, weighing 2.5 kilos and running on either ordinary petrol or fuel oil.
The “Midget” is reported to be able to lift four times its own weight. The initial tests were carried out in 1954.

Engines: 2 x ram-jets equivalent to 40hp
Number of seats: 1
Rotor diameter: 4.57m
Weight fully loaded: 227kg
Empty weight: 45kg
Cruising speed: 120km/h