
The 1908 Vendome No. 2 monoplane was designed and built by Raoul Vendome in France.

The 1908 Vendome No. 2 monoplane was designed and built by Raoul Vendome in France.

TL Sport Aircraft announced the latest addition to its fleet in July 2025, designed in the format of its predecessors like the TL-3000 Sirius, the Sirius BackCountry provides STOL (short takeoff and landing) performance.
Czech Republic-based TL Sport stated that the aircraft was engineered and designed specifically for the North American market. The BackCountry maintains a 156-mph cruise speed, while posting sub-200 foot landing capability and the ability to take off in less than 100 feet. The aircraft features an airframe constructed from a lightweight Carbon Kevlar composite mix along and supported by 26-inch Alaska Bush tires.
TL Sport made note that the Sirius BackCountry has creature comforts and sophisticated electronics, with heated leather seating and Garmin avionics, configurable for both VFR and IFR conditions.
Development of the aircraft was originally announced at the 2024 AirVenture.

The 1930 Safety Airplane B-2 was an open cockpit single place tailless experimental based on early Burgess-Dunne concept, designed by J W Davis (ex-Burgess Co).
Said to have first been backed by Glenn Curtiss, had a 30° swept wing with all its movable controls at the wingtips.
Two were built, NX899Y and N10405, the latter made 34 flights before both disappeared into history.
Engine: Szekely
Stall: 22 mph
Seats: 1

The 1913 Autostable Monoplane was built in France

The Supermarine Seagull was a flying boat produced by the British aircraft manufacturer Supermarine. It was developed by Supermarine’s chief designer R.J. Mitchell from the experimental Supermarine Seal II.
Development of the Seagull started during 1920. In June 1921 it was evaluated for military applications but was rejected, and so Supermarine developed the aircraft as a private venture. During February 1922, an initial order for two aircraft was placed by the Air Ministry; subsequent production of the Seagull is believed to have assisted Supermarine to survive during a period when the aircraft industry struggled to attract customers.
The Seagull was used by the British Fleet Air Arm for gunnery spotting and reconnaissance duties. It was operated by the Royal Australian Air Force for similar purposes. During the early 1930s, when the type was being replaced by the more successful Supermarine Walrus, a number of Seagulls were re-used for civilian purposes.
The origins of the Seagull are heavily interconnected with the Supermarine Seal and the Supermarine Commercial Amphibian. Work on the Seal, which started in 1920, sought to build upon the Commercial Amphibian. A range of alterations and improvements were incorporated, many of which were drawn from the Commercial’s official review. The Commercial Amphibian was later designated as the Seal Mk I—and the new design, initially known as the Seal Mk II, later became the Seagull.
N158, the prototype of the Seagull, flew for the first time in May 1921. On 2 June 1921, having completed manufacturer’s trials, it was handed over for service trials with the Royal Air Force. Attention was paid to the aircraft’s seaworthiness and handling characteristics at low speeds, including its relatively low landing speed. Trials revealed that the rudder gave poor yaw characteristics. New designs were tested until a fin extension was found to solve the issues, which was incorporated into the prototype. Having been sufficiently impressed by the aircraft’s performance, two aircraft were ordered by the Air Ministry in February 1922. The prototype was shown at the 1922 RAF Display at Hendon Aerodrome.
The Supermarine Seagull was an amphibian flying boat, powered by a single Napier Lion engine. This engine was mounted in a nacelle slung from the aircraft’s upper wing and powered a four-blade propeller in a tractor configuration. The Seagull employed gravity feed to supply fuel for the engine, and was the first single-engined flying boat to use this method.
The lower wing was set in the shoulder position and had two bays. The floats were attached to the lower wing near the wingtips via struts, their positioning maximised buoyancy. For land operations, the Seagull was equipped with a retractable undercarriage; pilots lacked aids such as indicators or alarms, thus were reliant on training and memory to deploy the undercarriage when applicable. For easier stowage on board ships, the wings were designed to be folded, which necessitated mounting the wings in a relatively forward position on the fuselage.
The fuselage had an oval cross-section and had a planing bottom with two steps. The interior of the fuselage was divided into several watertight compartments. The three-man crew—pilot, observer, and radio-operator—each had an open cockpit. The pilot was seated in a relatively forward position, at a distance from the other crew members, being directly ahead of the fuel tanks; the cockpit was provisioned with a single retractable machine gun. The radio operator was located just behind the wing, while the rear gunner position was further back still. The majority of the aircraft was constructed from wood.[9] Previous Supermarine aircraft had incorporated the fuel tanks into the hull; with their removal to the upper wing, the Seagull’s crew gained full access within the interior of the aircraft.
On 4 July 1922, the name Seagull was adopted for the type. The prototype was designated as the Mk I; the subsequent production aircraft were given the designation Seagull Mk II. The two versions were similar, although an alternative powerplant in the form of a single more powerful Napier Lion III engine, a reduced wingspan, and a larger fin were used in the Mk II. Production of the Seagull (with serial numbers in and around N9642–N9647) began in 1922. In total, 25 aircraft were built for the Air Ministry and the Royal Navy; their production has been seen as critical to the survival of Supermarine at this time, and the first orders were intentionally built in small batches to ensure that the firm received enough business to stay operational.
In 1925, construction of the improved Mk III began for the Royal Australian Air Force (RAAF), following an order being placed in January of that year. This type featured a more powerful Napier Lion V engine, and the radiators were redesigned so as to be able to operate in tropical regions. The RAAF received six Mk IIIs were between 1926 and 1927. In 1928, one of the Seagull Mk IIs (the so-called Mk IV) was rebuilt with Handley-Page leading edge slots and twin fins and rudders.
Seagull III were delivered to the RAAF in 1926-27 to replace Fairey IIID. They were flown by No 101 Fleet Co-operation Flight, an RAAF unit under the operational control of the RAN. They flew briefly from the RAN seaplane carrier HMAS Albatross and subsequently from cruisers. Under-powered, incapable of catapult launch the Seagulls were withdrawn from service in 1934.
Powerplant: 1 × Napier Lion IIB W-12, 492 hp (367 kW)
Wingspan: 46 ft 0 in (14.02 m)
Length: 37 ft 9 in (11.51 m)
Height: 14 ft 0 in (4.27 m)
Wing area: 593 sq ft (55.1 sq.m)
Empty weight: 3,820 lb (1,733 kg)
Gross weight: 5,691 lb (2,581 kg)
Maximum speed: 98 mph (158 km/h, 85 kn) at 3,000 ft (914 m)
92 mph (80 kn; 148 km/h) at 6,500 ft (1,981 m)
Endurance: four hours, 30 minutes
Service ceiling: 9,150 ft (2,790 m)
Time to altitude: 3,000 ft (914 m) in7 minutes 43 seconds
Armament: Guns: One × .303 in (7.7 mm) Lewis gun
Crew: 3 (pilot, wireless operator & observer)


The Boeing Model 204 was an American biplane, pusher configuration flying-boat aircraft built by Boeing in 1929. Externally, the 204 looked identical to the Boeing Model 6E, but a number of internal changes, including increasing the passenger capacity to four, gave it a new type certificate and model number.
Construction was started on five aircraft, but only two were completed. The first, designated 204 and the second 204A. A third aircraft was built by a private owner who had bought the three incomplete machines. The 204A was a dual-control version which was later owned by Peter Barnes, who flew it on his private Seattle-Victoria, British Columbia main run.
The C-204 Thunderbird, a modified 204, was the first type produced by Boeing Aircraft of Canada. These had altered wing and tailplane incidence and a reduction in upper wing area. The prototype was first flown on 30 March 1930, the first of a batch of four. They failed to sell readily, though they were sometimes leased for work. Eventually three were sold. All worked in British Columbia, remaining active until 1939.

204
Four-seat variant of the Model 6E, one built.
Crew: one pilot
Capacity: four passengers
Length: 32 ft 7 in (9.93 m)
Wingspan: 39 ft 8.25 in (12.10 m)
Height: 12 ft 0 in (3.66 m)
Wing area: 470 sq ft (43.66 sq.m)
Empty weight: 3,298 lb (1,496 kg)
Gross weight: 4,940 lb (2,240 kg)
Powerplant: 1 × Pratt & Whitney R-1340 Wasp , 410 hp (305 kW)
Maximum speed: 115 mph (185 km/h, 100 kn)
Cruise speed: 95 mph (153 km/h, 83 kn)
Range: 350 mi (563 km, 300 nmi)
Service ceiling: 9,000 ft (2,743 m)
Rate of climb: 1,000 ft/min (5.1 m/s)
204A
As the Model 204 with dual-control, one built.
C-204 Thunderbird
Four 204s built by Boeing Canada.

Designed to meet a Yugoslav Air Force requirement for a twin-engined crew trainer / transport, the prototype Type 214-D flew in 1951, powered by two 480 hp Ranger SVG-770 engines. A change to 600 hp Pratt and Whitney R-1340-AN-1 radials was made for production aircraft, which entered service in 1957.
As a transport the 214-D can carry a crew of two and eight passengers. In its primary role as a crew trainer, it is able to provide simultaneous instruction for pilots, navigators, bomb-aimers and radio operators.
Construction is of all-wood, except for the tail control surfaces, which are metal with fabric covering. Provision is made for carrying practise bombs and rockets under the wings.
Engines: 2 x 600 hp Pratt and Whitney R-1340-AN-1
Wing span: 53 ft 1.5 in
Length: 35 ft 9 in
Gross weight: 11,080 lb
Max speed: 226 mph
Range: 670 miles

The 1913 Bleriot XLIV Artillaire monoplane was a canard pusher designed and built by Louis Bleriot in France.

The 1913 Bleriot XLIII tandem armored monoplane was a canard pusher designed and built by Louis Bleriot in France.
Span: 33’2″
Length: 19’9″
Weight: 1378 lb gross,
Speed: 75 mph

The 1913 Bleriot XLII was a canard pusher designed and built by Louis Bleriot in France.
Span: 29’2″
Length: 24′