Voisin – Delagrange biplane

The 1907 Voisin – Delagrange No. 1 biplane France was designed and built by Les Freres Voisin.

The first machine built for Delagrange by the Voisins was a failure. The Voisin-Delagrange II first flew tentatively in 1908.

Voisin-Delagrange II

It was not until further modifications were made, in April 1908, now the Voisin-Delagrange III, began flying productively.

Voisin-Delagrange III

Gallery

Span: 36’2″
Length: 36’2″
Weight: 990 lb empty

Voisin 1905 Glider / Archdeacon

Gabriel Voisin began his formal aviation career in 1903 when he was engaged by a prominent French aeronautical promoter, Ernest Archdeacon, to build gliders for him.

June 8, 1905, over the Seine, Gabriel Voisin succeeds on a glider built with Ernest Archdeacon to fly 15 meters high and 150 m.

One of the gliders built by Gabriel Voisin in 1905 for towed flights behind a motor boat on the River Seine.

The Voisin-built Archdeacon glider was acquired and motorized as the Bellamy Hydroavion by French inventor Emile Bellamy in 1906.

Bellamy Hydroavion

VULA Mr Easy

Designed to meet the FAR Part 103 requirements.

Engine: Rotax 447, 40 hp
HP range: 35-40
Top speed: 63 mph
Cruise: 50 mph
Stall: 28 mph
Range: 120 nm
Rate of climb: 800 fpm
Takeoff dist: 175 ft
Landing dist: 175 ft
Service ceiling: 8000 ft
Fuel capacity: 5 USG
Empty weight: 250 lb
Gross weight: 485 lb
Length: 16 ft
Wing span: 24 ft
Wing area: 145 sq.ft
Seats: 1
Undercarriage: tailwheel

Vintage Aircraft & Flying Assoc. Vimy [2]

In 1992 Peter H.McMillan and Lang Kirby considered reproducing the Vickers Vimy. A set of almost complete drawings were found in 1993 and Bill Whitney, an Australian aeronautical engineer and designer was hired to do a stress analysis. Whitney also reproduced the great number of missing drawings and designed the numerous new parts that would be required.

The job of building the project was given to a Hollywood set builder, John LaNoue (who had never built an aircraft before). The wingspan was more than 70 ft. There were 112 flying wires, 150 sheets of aircraft plywood, 500 yards of Grade A cotton fabric, over a mile of hand frayed finishing tape, two 11 foot four blade wood propellers, 300 gallons of dope, 10,000 rib stiches, more than 700 feet of control cable, more than 1000 feet of 4130 aircraft tubing and 240 feet of 5/8 in bungee cord. There were 300 nose ribs to be fabricated, 330 feet of box spars to be built, 126 main wing ribs and hundreds of metal fittings.

The finished weight would exceed 12,000 lb. And all this had to be done by the 75th anniversary of the great air race of 1919 – 18 months later. LaNoue put together a team of dedicated experts who were committed to seeing the project through. The project was broken down to the smallest denominator, and a schedule developed.
The team started working 12 hour days five days a week but soon were working 12 hr seven days a week. The parts were built in two locations: Australia, and at the closed Hamilton AFB north of San Francisco.

Due to no Rolls Royce Eagles being available it was decided to go with automotive 454 Chevys. The GM motors would fit inside the cowling with their 4:1 reduction gears. The 454s flew the aircraft to Australia with only one mishap, but when BMW became a sponsor, the engines were changed to 5.4 litre BMW V-12 M-73s with 5:1 planetary reduction gears.

The project was completed in 15 months and 22,000 hours of labour, and flight testing was carried out at Hamilton on the old, closed runways.

The adverse yaw was so great due to the massive size, nothing happened quickly. The original Vimy had only one set of controls on the right side and no brakes or tailwheel. The reproduction is fitted with dual controls along with all the other modern conveniences, but it is still tough to fly.

After the obligatory 25 hours of flight testing, the aircraft was disassembled, loaded into a C-5 Galaxy and delivered to Farnborough for the 1994 airshow.

Vintage Aircraft & Flying Assoc. Vimy [1]

In May 1967 the Vintage Aircraft and Flying Association decided to build a Vimy replica to commemorate the 50th anniversary of the Alcock and Brown’s trans-Atlantic flight.
When told of the project Rolls-Royce began a world wide search for engines. Eventually they were successful and recovered three Eagle engines from Dutch canal barges two of which they stripped down and rebuilt; putting the first on bench test in August 1968.
The aircraft was completed on Friday 30 May 1969. The following days were filled with final inspections and checks and on Tuesday 3 June at 6.40pm the aircraft took off on its first flight.

The aircraft was completed on Friday 30 May 1969 at Weybridge with the original Rolls-Royce Eagle VIIIs. The following days were filled with final inspections and checks and on Tuesday 3 June at 6.40pm the aircraft took off on its first flight. It first flew at Wisley, un-marked, registered G-AWAU c/n VAFA.02 and pained as H651.

The aircraft went through an intensive flight test programme before receiving a Special Category Certificate of Airworthiness on 5 June. The next day the aircraft crossed the Channel to appear at the Paris Air Show. On 9 June it returned to the United Kingdom and two days later, after being repainted in service markings, flew to Ringway Airport, Manchester to become the centre of an Alcock and Brown exhibition.

It was badly damaged by fire at Ringway on 18 July 1969 while on display. It was repaired and donated to the RAF Museum where it went on display at Hendon as F8614.

Viking Flying Boat Co V-2

Viking V-2 Ex-Schreck 17-HT-4 NC792K

The 1930 Viking V-2 was based on the Schreck Hydroavions FBA-17HT-4 designed by Louis Schreck in France.

One prototype was built, N37V, and ATC2-113 covered three French-built Schreck 17-HT-4 with 180hp Hisso E pusher, NC136N, NC519M, and NC792K, an ATC 2-168 for NC136N modified as a two-seater. They were priced at $15,000.

V-2
Engine: 225hp Wright R-760
Wingspan: 42’3″
Length: 29’4″
Useful load: 1250 lb
Max speed: 105 mph
Cruise: 90 mph
Stall: 46 mph
Range: 380 mi
Seats: 4

Viking Flying Boat Co Kittyhawk B-8

Viking Kittyhawk B-8

The 1931 Viking Kittyhawk B-8 (ATC 392 and 2-318) was designed by Allen Bourdon from the Bourdon B-4. At least five were built; NC753Y, NC794Y, NC868Y, NC975M, and NC996M.

ATC 2-463 is for an EDO float conversion.

Viking Kittyhawk B-8 NC868Y

Kittyhawk B-8
Engine: 125hp Kinner B-5
Wingspan: 28’4″
Length: 22’11”
Useful load: 772 lb
Max speed: 112 mph
Cruise speed: 95 mph
Stall: 42 mph
Range: 380 mi
Seats: 3