USA
Established January 1954 for continued development of C-1 Hoppi-Copter, built previously by Hoppi-Copters Inc. C-1 L, first flown 1954, was a redesigned and simplified version of original 1945 prototype.
Piston
Capital Aircraft Air Trainer / Royal Air Trainer / Derickson Air Trainer

The aircraft was designed by Prof. Peter Altman of the University of Detroit. At that time it was named the Derickson Air Trainer.
John and Donalt Thomas acquired the design rights in 1928 and formed a company under the name Capital Aircraft Corporation located in Lansing, Michigan.
They built only one aircraft, registration number X795K. The airframe was initially built as a seaplane powered with a 60 hp LeBlond 5-D engine, which was exchanged with a 90 hp 7-D when later converted as a landplane. Span was 34 ft, length 25 ft, useful load 535 lbs, Vmax 105 mph, Vc 85 mph, Vso 30 mph, and range 400 miles.
In 1929 Capital Aircraft Corporation was relocated in Royal Oak, Michigan, and was renamed the Royal Aircraft Corporation.
Capella Javelin / T-Raptor

The Capella Javelin is a family of American open cockpit, high wing, tractor configuration, conventional landing gear-equipped ultralight aircraft that were designed by J. Reid Howell and produced in kit form by Capella Aircraft of Austin, Texas and intended for amateur construction.
First flying in 1998, the single seat Javelin I was designed to comply with the American FAR 103 ultralight regulations, including that category’s maximum 254 lb (115 kg) empty weight. The 2001 cost was US$6000 without engine, propeller, instruments or covering supplies.
The design features an open frame fuselage of welded 4130 steel tubing, with the pilot’s and passenger’s seats bolted to the frame. The horizontal stabilizer and tail fin are also constructed of welded steel tubes. The wing is framed from riveted aluminium tubing with all flying surfaces covered in doped aircraft fabric. The wing is equipped with full span ailerons.

The conventional landing gear includes sprung-steel main gear and a similarly sprung steerable tail wheel. The open cockpit design provides good visibility while taxiing.
The standard engine supplied by the manufacturer for the single seat version was the 28 hp (21 kW) Rotax 277, but it was reported that the aircraft was underpowered with that engine installed. The throttle control is of a unique motorcycle grip type.

Original factory kit options included a cockpit pod and windshield, brakes and steel tube powder coating.
The single-seat Javelin was developed into a tandem two-seater, designated the Javelin II and then further developed into the T-Raptor ultralight trainer. The T-Raptor uses a wider and more enclosed fuselage, with optional bubble-windowed doors, to allow cool weather flying and was intended to be marketed to ultralight schools.
Capella Aircraft went out of business in late 2007, and the type is no longer in production.
Variants:
Javelin I
Single seat open cockpit ultralight
Engine: 1 × Rotax 277, 28 hp (21 kW)
Wingspan: 28 ft 0 in (8.53 m)
Wing area: 112 sq ft (10.4 sq.m)
Length: 18 ft 0 in (5.49 m)
Height: 6 ft 0 in (1.83 m)
Empty weight: 240 lb (109 kg)
Gross weight: 575 lb (261 kg)
Fuel capacity: 5 US gallons (19 litres)
Maximum speed: 63 mph (101 km/h, 55 kn)
Cruise speed: 60 mph (97 km/h, 52 kn)
Stall speed: 26 mph (42 km/h, 23 kn)
Range: 140 mi (220 km, 120 nmi)
Service ceiling: 12,500 ft (3,800 m)
Rate of climb: 400 ft/min (2.0 m/s)
Seats: one
Javelin II
Two seats-in-tandem open cockpit ultralight trainer powered by a 50 hp (37 kW) Rotax 503 engine. It was reported as being in development in 1998 and forecast to be available at the end of 1998.
T-Raptor
Two seats-in-tandem ultralight trainer powered by a 50 hp (37 kW) Rotax 503, 64 hp (48 kW) Rotax 582 or 60 hp (45 kW) HKS 700E four stroke engine. The T-Raptor has an expanded-width steel cage to provide a more enclosed cockpit and is a development of the Javelin II.
Capella Aircraft Corp Capella

Desined by J. Reid Howell
The Capella SS first flew in 1988.
Folding wing optional.

The FW2T has a dacron covered spaceframe fuselage, while the strut braced wings are fabricated from sheet dural, pop riveted.

The Capella XLS first flew in 1990.
Capella Aircraft Corp received certification in Germany for the Capella XLS model FW2C80 and Capella SS model FW1C50.
The Capella XS first flew in 1990.
The Capella Fastback first flew in 1995.

Capella SS
Engine: Rotax 503, 50 hp.
HP range: 40-50.
Speed max: 112 mph.
Cruise: 102 mph.
Stall: 34 mph.
ROC: 980 fpm.
Take-off dist: 130 ft.
Landing dist: 130 ft.
Service ceiling: 10,000 ft.
Fuel cap: 7 USG.
Weight empty: 360 lbs.
Gross: 650 lbs.
Height: 5.67 ft.
Length: 17.33 ft.
Wing span: 27.5 ft.
Wing area: 110 sq.ft.
Seats: 1.
Landing gear: nose or tail wheel.
Capella XLS
Engine: Rotax 912, 80 hp.
HP range: 65-80.
Speed max: 121 mph.
Cruise: 119 mph.
Stall: 41 mph.
ROC: 1450 fpm.
Take-off dist: 200 ft.
Landing dist: 150 ft.
Service ceiling: 10,000 ft.
Fuel cap: 22 USG.
Weight empty: 560 lbs.
Gross: 1100 lbs.
Height: 5.67 ft.
Length: 18.4 ft.
Wing span: 28.5 ft.
Wing area: 114 sq.ft.
Seats: 2.
Landing gear: nose or tail wheel.
Capella XS
Engine: Rotax 582, 65 hp.
HP range: 65-80.
Speed max: 116 mph.
Cruise: 111 mph.
Stall: 41 mph.
ROC: 1200 fpm.
Take-off dist: 175 ft.
Landing dist: 115 ft.
Service ceiling: 10,000 ft.
Fuel cap: 10 USG.
Weight empty: 480 lbs.
Gross: 1100 lbs.
Height: 5.67 ft.
Length: 18.4 ft.
Wing span: 28.5 ft.
Wing area: 114 sq.ft.
Seats: 2.
Landing gear: nose or tail wheel.
Capella Fastback
Engine: Rotax 912, 80 hp.
HP range: 65-80.
Speed max: 121 mph.
Cruise: 120 mph.
Stall: 36 mph.
ROC: 1450 fpm.
Take-off dist: 200 ft.
Landing dist: 150 ft.
Service ceiling: 10,000 ft.
Fuel cap: 10/22 USG.
Weight empty: 560 lbs.
Gross: 1100 lbs.
Height: 5.7 ft.
Length: 18.5 ft.
Wing span: 28.5 ft.
Wing area: 114 sq.ft.
Seats: 2.
Landing gear: tail wheel.
Capella FW2T
Engine: Rotax 912, 80 hp
Wing span: 8.63 m
Wing area: 10.62 sq.m
MAUW: 450 kg
Empty weight: 265 kg
Fuel capacity: 52 lt
Fuel consumption: 14 lt/hr
Max speed: 180 kph
Cruise speed: 155 kph
Minimum speed: 58 kph
Climb rate: 3.8 m/s
Certification: VZ
Seats: 2
Kit price (1998): $13,795
Capelis XC-12

The Capelis Safety Airplane Company Ltd XC-12 was a 1933 aircraft design that most notably was used as a prop in the films Five Came Back, The Flying Tigers, The Falcon in Danger, and Immortal Sergeant. The aircraft featured unusual twin horizontal tail structures supported by three vertical tail surfaces. Construction and finishing methods involved using sheet metal screws which ultimately led to the abandoning of the project.
The original design by Socrates H. Capelis was issued U. S. patent #1,745,600 in 1930. The patent comprised a modified application with a half-span dorsal wing mounted rearward on top of the cabin and two additional engines mounted on the wings. The project was funded by local Greek restaurateurs as a promotional aircraft; it was constructed with help from University of California students.
A less radical design by Dr. John E. Younger featured all-metal construction; the aircraft was built as an all-metal, low-wing, retractable gear, twin engine transport with a triple vertical tail supporting a dual (biplane arrangement) horizontal stabilizer. The wing used a large box-spar construction with corrugated skin panels. The partly retracting landing gear extended automatically when the throttle was closed.

Following a 1938 incident, the XC-12 was modified at Glendale, California: The forward slanting eight-piece windshield was modified to a four piece that slanted rearward, and the passenger windows were squared off to look more like a Douglas DC-3.
On April 15, 1938, the XC-12 suffered minor damage from a forced landing after running out of fuel while flying over Fresno, California. The main wing spar construction was bolted together, and many of the metal skin panels were attached with P-K sheet metal screws rather than with permanent rivets. These tended to vibrate loose, requiring tightening or replacing every few flights, constituting a safety hazard that would later ground the aircraft. With promotional tours abandoned after the 1938 crash, the aircraft’s flying career was over.
The aircraft was purchased by RKO in March 1939, after which the studio’s insurance company permanently grounded the aircraft. Used as a full-size prop, the transport appeared only in ground roles in RKO’s feature films made during World War II; flying sequences used a scale XC-12 shooting miniature. The aircraft became an RKO back lot relic, falling into worse repair during the 1940s until it was completely scrapped some time around 1950. The XC-12 miniature continued to be used in later feature films.
The aircraft was featured as a prop in Five Came Back (1939), The Flying Tigers (1942), and Immortal Sergeant (1943). In RKO’s Dick Tracy’s Dilemma (1947) the XC-12 was shown somewhat dismantled, and in Daredevils of the Clouds (1948), after which it was apparently scrapped.
Filmography:
Five Came Back (RKO) 1939 (aircraft and model)
Flying Blind (Paramount) 1941 (model)
King of the Zombies (Monogram) 1941 (model and disassembled fuselage)
Flying Tigers (Republic) 1942 (aircraft and model) John Wayne guides in a crippled XC-12 with an engine on fire, and later uses it as an improvised bomber
Invisible Agent (Universal) 1942
Immortal Sergeant (20th Century Fox) 1942/1943 (aircraft and model)
Adventures of the Flying Cadets (Universal) 1943 (model)
Night Plane from Chungking (Paramount) 1943
The Falcon in Danger (RKO) 1943 (while a Lockheed Model 10 Electra aircraft model is used for the in-flight scenes, the full-size aircraft appears as a wreck)
Wings Over the Pacific (Monogram) 1943 (model)
The Purple V (RKO) 1943
Action in Arabia (RKO) 1944
Passport to Destiny (RKO) 1944
Jungle Queen (serial) (Universal) 1945; re-edited into Jungle Safari a 1956 feature film
Dick Tracy’s Dilemma (RKO) 1947 The aircraft is shown somewhat dismantled in this movie, but not scrapped
Daredevils of the Clouds (Republic) 1948 (model)
Jungle Goddess (Lippert Pictures) 1948 (model)
Tarzan’s Magic Fountain (RKO) 1949 (model)
On the Isle of Samoa (Columbia) 1950 (model)
China Gate (Globe Enterprises) 1957 (model)
Specifications:
Powerplant: 2 × Wright Cyclone R-1750, 525 hp (391 kW) each
Propeller: 2-bladed
Wingspan: 55 ft (17 m)
Wing area: 500 sq ft (46 m2)
Airfoil: Modified USA 45
Length: 42 ft (13 m)
Height: 12 ft (3.7 m)
Empty weight: 6,500 lb (2,948 kg)
Gross weight: 9,500 lb (4,309 kg)
Fuel capacity: 145 gal
Maximum speed: 190 kn (220 mph, 350 km/h)
Cruise speed: 170 kn (190 mph, 310 km/h)
Stall speed: 53 kn (61 mph, 98 km/h)
Service ceiling: 28,000 ft (8,500 m)
Capacity: 12
Canton et Unne 1910 push-pull triplane

The 1910 Canton et Unne push-pull triplane was designed and built by Canton and Unne in France.
Canton et Unne 1910 push-pull monoplane

The 1910 Canton et Unne push-pull monoplane was designed and built by Canton and Unne in France.
Span: 34’6″
Length: 26’3″
Weight: 926 lb empty
Cantinieau C.100

Aerotecnica helicopters goes back to the original research carried out in the early 1950s by Jean Cantinieau in France. Cantinieau, an engineer with Sud Ouest (SNCASO), designed his C.100 in cooperation with M. Decroze. It was an open frame single-seat machine with a triangulated tube structure surrounding the pilot and carrying the engine and rotor installation at its apex above the pilot’s head. The engine was mounted just forward of the rotorhead so as to reduce the extent of mechanical linkages and the C.100 had a three-wheel undercarriage and high-set tubular tailboom structure carrying a small tail rotor. The C.100 made its first of a total of three flights on 10 Novembers-1951 at St. Cyr and performed reasonably well.
Canterbury (NZ) Aviation Co Biplane

The first NZ designed and built land-biplane, strongly reminiscent of a Sopwith Tabloid, was designed and built at the Canterbury (NZ) Aviation Co Ltd workshops at Sockburn, near Christchurch, the two persons most concerned with the construction being Mr C M Hill, the company’s chief flying instructor, and Mr J G Mackie, the engineer.
The working drawings for this unnamed biplane were chalked out on the black-painted wall of one of the early Sockburn hangars, which full size drawings was apparently quite satisfactory as the biplane performed well in the air. The drawings were so “permanent” that they could still be seen, according to Mr W S Dini, as late as 1938 when he left the RNZAF after 14 years’ service. Cupboards had been built along the rear wall of the hangar in later years, and these helped in no small measure to preserve the drawings.
The aeroplane was rolled out of its hangar on 17th January 1919, and was a two-seater fitted with a 30 h.p. Anzani radial motor which was originally used to power one of the School’s Caudron biplane trainers. Main spars were of ash and the wing struts were of cedar, with bracing wires encased in cedar streamlines. Ailerons were fitted (instead of the Caudrons’ wing-warping and the wings had a slight dihedral. The aircraft, according to the Lyttelton Times of 18th January’ was “produced with little or no effort”. Wings and fuselage were fabric-covered.
Mr Hill made the first solo flight in the biplane on 17th January and found that it had a good rate of climb and was light on the controls. It also had a shallow gliding angle for its type, and Mr Hill predicted that it would be suitable for aerobatics. He said on landing that he had never before tested an aeroplane in which everything was so satisfactory, and he praised Mr Mackie’s work in high terms. The only alteration he recommended after the first flight was a small one to the control circuits to enable the aeroplane to be flown hands-off in level flight. He found that, trimmed hands-off, it tended to climb slightly. A very short landing was made after that first flight, another good feature.
Plans were then made for a flying tour to Invercargill, the aeroplane to be flown by Mr Hill and demonstrations and passenger flights to be given at selected centres. Passengers would also be booked between several of the towns to be visited, and it was thought that with a full tankage of 27 gallons of petrol, two people could be carried about 200 miles in still air.
The longest passenger flight in NZ on record, according to the Lyttelton Times, was made on 18th January 1919 when Mr Hill took off from Sockburn for a 28 minute flight over Christchurch and New Brighton, with Mr E S Fleming as passenger. This presumably would be the longest passenger flight made by an aircraft of the Canterbury (NZ) Aviation Co.Ltd. Mr Fleming, of the Riccarton Flour Mills, was a brother of Mr W H P (Herby) Fleming of Gore, who had also booked a flight between Gore and Invercargill during the forthcoming tour. Mr E S Fleming’s flight was made at between 2 and 3,000 feet, and there were “no engine troubles”. Later flights the same day were made with passengers Mr A V Smith and Mr Notman.
The southern flight was never made as the biplane was completely wrecked and Mr Hill killed on 1st February. It had been the custom for an aeroplane of the Canterbury (NZ) Aviation Co. Ltd to make a flight over the Racecourses at Addington and Riccarton on Race days, and Mr Hill had been requested to fly over the Riccarton meeting on the 1st. The Hon. H F Wigram, chairman of the Company, asked the Chairman of the Jockey Club if he would like to have an exhibition flight over the Racecourse that Saturday afternoon as an added attraction, and so it was arranged with Mr Hill. Mr Hill took off from Sockburn at 3.11 pm and set course for the Racecourse’ where he appeared just as the Lyttelton Plate was being run. He circled twice, and finally flew low over the course, where he was cheered by the crowd as he went past.
Mr Hill waved to the crowd, and then circled again to get more height. Another wide sweep over the course was made at a height of 2000 feet, and then the aeroplane disappeared into cloud. On his reappearance, he dived the aeroplane and came over in a loop. It would appear that the aircraft had some difficulty in going over the top, and soon went into another dive. This final dive was made towards the crowd, and as the aircraft climbed into its second loop, a distinct crack was heard and the port wings collapsed. Mr Hill tried to hold the aircraft straight but this was impossible and the aeroplane then disappeared from sight behind a belt of trees.
When members of the public arrived at the scene of the crash Mr Hill was dead and the aeroplane completely wrecked. At the subsequent inquest and investigation it was found that a flying wire had broken and this in turn had caused the other flying wire to break. The main spars had then cracked and the whole port wing assembly folded up. It was said that ordinary piano wire had been used for the flying wires, instead of cable.
Mr Hill had not previously attempted any aerobatics with the aeroplane and indeed had not permitted anyone else to fly it until he had completely tested it to his satisfaction. It had only made a very few flights at the time of the accident and it was fortunate that no passenger was being carried at the time.
The Coroner, Mr T A B Bailey SM, found “That on 1st February, while the deceased was making an exhibition flight over the Riccarton Racecourse, and attempting to loop the loop, one wing of the machine collapsed and the machine fell to the ground, the deceased being killed as a result of the fall, The collapse of the wing appears to have been due to the breaking of one of the flying wires. The machine was built under the personal supervision of the deceased, who was a competent mechanic and he expressed himself satisfied with the machine”.
Engine: 30 h.p. Anzani
Wingspan: 23 ft 6 in
Length: 20 ft
Wing area: 220 sq.ft
All-up-weight: 500 lbs
Fuel capacity: 200 lbs
Seats: 2
Cant Z.1018 Leone

Concurrently with development of the production models of the Alcione, Zappata was engaged on the development of the twin- engined Z.1018, the first of several prototypes of which flew in 1939.

The Z.1018 broke away from previous C.R.D.A. practice in featuring metal construction, although one of two Piaggio P.VII- powered prototypes tested an alternative wooden fuselage. Several types of engines were installed in the prototypes, one having Piaggio P.XV radials, another having Alfa Romeo 135 R.C.32 radials, and yet another having Daimler-Benz DB 605 engines. Some prototypes had twin fin and rudder assemblies, but a single unit was adopted far the production model which, powered by 1,400-h.p. Atfa Romeo 135 R.C.32 radials, began to appear in service in 1943 but was too late to participate extensively in the air war prior to ltaly’s collapse.