Moon Moonbeam

Edwin Moon in Moonbeam I

Edwin Rowland Moon, possibly inspired by the 1903 Wright brothers flight, took a corner of the workshop of the Moon family owned a boat-building business to realise his dream of constructing and flying an aircraft of his own design.

He tested his first plane, Moonbeam I, in the Fawley area, near the home of his future bride. His first short “hop” took place on Websters Field at Ower Farm, near Calshot and at Moulands Field, Regents Park. Following these test flights on the prototype plane, he built a second plane, Moonbeam II.

1910 ‘Moonbeam’

Moonbeam II was a monoplane, weighing 260 lbs, of which 160 lbs was engine and propeller. A V-4 cylinder, 20 h.p. J.A.P engine was fitted, and it had a 6 ft wooden propeller. In 1910, the plane was conveyed by horse-drawn cart to the meadows belonging to North Stoneham farm from where he made the first successful flight; the precise date of the first flight is not known, although researchers believe that it was between 12 April 1910 and 11 June 1910.

Moon later regularly flew his plane from Stoneham, as well as from Beaulieu Heath (near the site of the later World War II airfield) and Paultons Park. He gained his aviator’s certificate in 1914.

1910 ‘Moonbeam’

Montgomerie Merlin / Layzell Merlin

Bensen’s Gyrocopter is the design-ancestor to the Merlin’s bolted 2×2 aluminum tube frame and streamlining is the modern Merlin’s anthem. Two fuel tanks are foamed in place behind the pilot and together hold 11 US gal. Partially enclosed, it has capacity for one. Sprung main wheel suspension struts w/intergral gas shock absorbers.

2001 Kit price without engine, rotors, propeller or instruments: approximately $5338.98 (U.S. dollars). Kits were supplied to the US market less rotors, gimbal head, engine, propeller and instruments.

Jim Montgomery’s design was produced by Layzell Gyroplanes of Quedgeley, Gloucester. The aircraft was supplied as a kit for amateur construction. After taking over Montgomery’s design, company owner Gary Layzell expressed an interest in further developing the Merlin, but initially produced it unchanged.

The aircraft fuselage is made from bolted-together square aluminum tubing. Its 7.01 m (23.0 ft) diameter Rotor Flight Dynamics rotor has a chord of 18 cm (7.1 in).

The type remained in production by Layzell through 2011, although by July 2012 the company website had been removed from the internet. The unit cost in 2011 was £12,761.

By January 2013, 28 examples had been registered in the United Kingdom with the CAA as Montgomerie-Bensen B8MR.

Engine: 65 hp Rotax 582
Prop: 60” GSC 3 blade ground adjustable / 60″ Ivoprop 3-blade ground adjustable
Rotor blades: 23’ Rotordyne bonded aluminium
Width: 6’7”
Height: 7’3”
Length: 12’6”
Width 6′ 7″
Empty Weight 298 lbs
Useful Load 352 lbs
Gross Weight 650 lbs
Min Speed 20 mph
Cruise 80 mph
Top Speed 100 mph

Engine: Rotax 582, 64 hp
Rotor span: 7.05 m
Blade area: 0.203 sq.m
MAUW: 300 kg
Empty weight: 174 kg
Fuel capacity: 30 lt
Max speed: 140 kph
Cruise speed: 90 kph
Seats: 1
Fuel consumption: 15 lt/hr
Kit price (1998): £11,721

Layzell Merlin GTS
Engine: 1 × Rotax 582, 48 kW (64 hp)
Propeller: 3-bladed composite
Main rotor diameter: 7.01 m (23 ft 0 in)
Empty weight: 145 kg (320 lb)
Gross weight: 295 kg (650 lb)
Fuel capacity: 50 litres (11 imp gal; 13 US gal)
Useful load: 150 kg (331 lb)
Cruise speed: 120 km/h (75 mph; 65 kn)
Rate of climb: 4.5 m/s (890 ft/min)
Crew: one

Montana Coyote Mountain Eagle

A 1994 two-seat cabin monoplane, revision of the 1991 Montana Coyote design.

Engine: Lycoming O-320, 150 hp
Height: 6 ft
Length: 25 ft
Wing span: 37 ft
Wing area: 137 sq.ft
Weight empty: 1100 lbs
Gross: 2000 lbs
Fuel cap: 40 USG
Speed max: 125 mph
Cruise: 105 mph
Range: 450 sm
Stall: 35 mph
ROC: 1250 fpm
Take-off dist: 350 ft
Landing dist: 300 ft
Service ceiling: 15,000 ft
Seats: 2
Landing gear: tail wheel

Monowing Arup

In a chiropodist’s surgery in the town of South Bend, Indiana, on a spring day in 1926, Doctor Cloyd Snyder casually flipped a felt heel support across his office and marvelled at the way in which it skimmed through the air. Inspired by that most mundane of objects, he began to experiment with heel¬shaped model aircraft wings and, like Lee and Richards before him, discovered that circular and semicircular wing sections possessed interesting properties. Not only did his models remain stable at extreme angles of attack, but they could even be made to pitch end over end and recover in level flight.

Snyder soon had visions of a huge 30.5 m (100 ft) span ‘heel’ plane, with a wing 4.57 m (15 ft) thick in which passengers would sit viewing the world through a clear plastic leading edge. He joined forces with woodwork students at a local high school to build a full size glider prototype which one observer described as ‘a mussel with a man in it’. The heel shaped glider made its first flight in 1932 with a South Bend policeman at the controls and Snyder’s family automobile towing it on the end of a 61 m (200 ft) rope. The local officer’s role as test pilot lasted for just one flight, whereupon Glen Doolittle, cousin of Jimmy Doolittle, took over and flew the weird craft regularly throughout that summer.

Snyder needed two things to proceed with further development of his idea: an engine and money. A Henderson Heath aero engine solved the first problem, though its meagre 26 hp was barely adequate. To help with finance Snyder set up a stock company, the Monowing Corporation, and immediately laid plans for a second aircraft, which he called Arup a phonetic combination of ‘air’ and ‘up’ which he hoped would convey the machine’s potential.

The second Arup was powered by a 36 hp Continental A 40 engine and had a 4.88 m (16 ft) span wing. To get aboard the aircraft its pilot had to clamber through a trap door let into the underside and crawl up into his seat, from where in flight he could look into the interior of the wing. This Arup flew very well, and its appearance coincided with a search by the US aviation authorities for a cheap ‘flying flivver’ to do for aviation what Henry Ford ‘ s Model T had done for automobiles. Snyder and Doolittle went off to Washington with the Arup and demonstrated it to the CAA, the National Advisory Committee for Aeronautics, the Army Air Force, the Navy Air Arm, even over the Washington Monument for the benefit of newsreel cameras.

A two seater followed, with an 80 hp engine and a tricycle undercarriage. Doolittle flew it just once before a series of sabotage attempts cut short the test programme, culminating in a deliberately started fire at the company’s new Indianapolis hangar which destroyed the aircraft and most of the corporation’s assets.
It looked like the end for Snyder’s dream until a young flier from Detroit ordered an Arup and placed a substantial cash deposit. Though the money ran out when the aircraft was half completed, the corporation persuaded suppliers to donate parts and materials. Number four was finished just in time to see its new owner go bankrupt, but its performance was impressive and on 25 May 1935 Doctor Snyder finally got to fly in one of his creations. As he and his new test pilot, Wilfred Brown, flew back towards the field the inexperienced doctor handed control over to Brown. At least, he thought he did, but when each man congratulated the other on his landing it transpired that the Arup had greased itself on to the runway. The big heel shaped wing trapped air beneath it, enabling the aircraft to float along in ground effect, even at steep pitch angles, and then land itself.. The fourth Arup served its days as a flying billboard for the Sears Roebuck company, for which purpose the Arup’s generous wing area provided plenty of advertising space, and was used to carry publicity conscious politicians during the 1935 Presidential campaign. Snyder’s corporation collapsed during the Great Depression, and the two surviving flying saucers went for scrap during World War II.