
The 1910 Lane pusher biplane was designed and built by Charles Lane in 1910, in the UK.

The 1910 Lane pusher biplane was designed and built by Charles Lane in 1910, in the UK.

One of several kites built by American inventor Charles H. Lamson over a span of years before and after the turn of the century. The name of the man ascending in this trial in 1897 is Frederick W. Bickford, his assistant.

A 1953 agricultural aircraft designed by R T Lamson. Two crop sprayers and seeders with a predominant upper gull-wing were built, registered N31237 and N31238. On the former, wing roots served as fuel tanks, the latter had a metal-covered fuselage with internal fuel tank. Wing units were interchangeable on both prototypes, as were all six tail units.

The first flight was on 10 December 1953, piloted by R T Lamson, a former test pilot for Boeing Co.

Production ceased in 1955.
Engine: P&W R-985, 450 hp
Wing span: 33’7″
Length: 26’5″
Height: 10 ft 8 in
Wing area: 350 sq.ft
Empty weight: 3200 lb
Loaded weight: 5600 lb
Useful load: 2400 lb
Cruise speed: 70-90 mph
Stall speed: 35 mph
ROC: 450 fpm
Hopper load: 360 USgal
Price: c.$15,000 (equipped)
Seats: 1
The Lakes Sea Bird was a two-seat floatplane built during 1912 by the Lakes Flying Company using the fuselage of the Avro Duigan. First flown on 28th August 1912, it gave many visitors to Windermere their first flight in the summer of 1913
After damaging his aircraft and returned to Australia the fuselage and tail unit was sold to the Lakes Flying Co. based at Windermere, who rebuilt it as a two-seat floatplane. The straight parallel-chord high aspect ratio wings of irregular three-by layout resembled those of Avro’s Avro Type D. It was originally fitted with a single central two step float, later changed to a pair of narrower floats, and demountable so that the aircraft could readily be used as a landplane. It was powered by a rotary 9-cylinder Gnome of 50 hp (37 kW),
The single Sea Bird carried many holiday makers in 1912-3. Later, it was restored for training and it was ultimately lost when a student pilot spun in in 1915.
Powerplant: 1 × Gnome 9-cylinder rotary, 50 hp (37 kW)
Wingspan: 39 ft 4 in (12.00 m)
Height: 10 ft 6 in (3.2 m)
Wing area: 350 sq.ft (32.5 sq.m)
Length: 29 ft 4 in (8.94 m)
Seats: 2
Maximum speed: 62 mph (100 km/h)

Water Bird was succeeded by the Lakes-built Water Hen, their first complete product. It was initially almost identical to its predecessor apart from straight edged ailerons. Larger, later modifications removed much of the similarity between the two aircraft, the later Water Hen having a much wider central float.
Water Bird’s successor, identical, but entirely designed and built at Windermere by Capt. Wakefield’s Lakes Flying Company later in 1912, was known as “Water Hen”. Its only Avro component was the airscrew and at first it could be distinguished from its Avro-built forerunner by the wingtip floats and straight trailing edges to the ailerons. These were mounted parallel to the chord line of the mainplanes instead of at a considerable angle to it. They were later remounted in the angled position but by that time more drastic modifications had been made and all similarity to Water Bird ceased.

In the summer of 1910 A. V. Roe and Company declared its willingness to build aeroplanes to other people’s designs. A Curtiss-type, of the familiar outrigger-tail and front-elevator variety with 50 h.p. Gnome rotary, was built in 1911 to the order of Capt. Edward W. Wakefield of Kendal. He wanted it to follow the basic layout of the USA’s Curtiss machine – hence sometimes known as Avro-Curtis. This was never given an Avro designation.
The Lakes Water Bird was built for Wakefield, of the Lakes Flying School, Windermere. It was built as a landplane with the intention of converting it to a seaplane once testing was complete. Wakefield had been interested in water-borne aircraft since 1909 and had performed experiments with different float designs towed at speed across Lake Windermere. Unsticking problems persisted until he visited Henri Fabre in France and got useful advice on float design. The 12 ft (3.66 m) long float for the Water Bird followed Glen Curtiss’ three-step float and was built by boat builders Borwick of Bowness-on-Windermere using mahogany reinforced with metal strips and canvas covered by local.
Avro built the aircraft in Manchester, transporting it to Brooklands on 25 May 1911 for its first flight on 19th June. It was a two-bay seat pusher biplane with wings of unequal span. The outer half of each upper wing carried a pair of ailerons; the larger inner one had a semicircular trailing edge extending well behind the wing trailing edge. Bamboo outriggers fore and aft of the wings supported leading elevators and tail surfaces plus rudder. Both elevator and rudder were operated by bamboo pushrods. Power was provided by a 50 hp (37 kW) Gnome 7-cylinder rotary engine driving an 8 ft 6in (2.59 m) propeller.
It was operated by the Avro School for a short period before being dismantled on July 7th 1911 and moved to Lake Windermere. At the Avro School during it was flown by F. P. Raynham, R. C. Kemp, F. Conway-Jenkins and Louis Noel. After testing as a landplane at Brooklands in May 1911, the Water Bird was brought to the Hill of Oaks on Windermere and the float fitted in place of the wheeled undercarriage. A pair of cylindrical floats was mounted below the wing-tips for lateral stability on the water. Once at Windermere it was known simply as Waterbird. It had a Gnome 50hp engine and the successful first flight was on 25 November 1911, with ex-Avro school pilot H. Stanley Adams. The floats were all made by Borwicks at Windermere. The press where invited to an exhibition flight two days later, the favourable description’s in the press seem to lead to the name ‘Lakes Water Bird’ being adopted.
Water Bird was the first consistently successful seaplane in the United Kingdom and during the next few months its fame spread quickly and a considerable waterborne joyriding business was done during December 1911 and January 1912. Sixty flights were made in the first 38 days, the best being of 20 minutes duration up to a height of 800 ft. On December 7, 1911 Stanley-Adams flew the whole length of the lake at a speed of approximately 40 m.p.h. These operations continued throughout the winter, but the night of March 29-30, 1912 brought gales which demolished the lakeside hangar at Cockshott and damaged “Water Bird” beyond repair. Its float, tailplane and rudder (the last still proudly displaying the legend “A. V. Roe and Company, Manchester”) are still in the possession of the Wakefield family at Windermere.

Engine: 1 x Gnome et Rhône 7-cylinder rotary, 50 hp (37 kW)
Length: 36 ft 5 in (11.10 m)
Wingspan (upper): 41 ft 0 in (12.50 m)
Span (lower) 32 ft. 0 in.
Wing area: 365 sq.ft (33.9 sq.m)
Empty weight: 780 lb (354 kg)
Gross weight: 1,130 lb (513 kg)
Maximum speed: 45 mph (72 km/h)
Service ceiling: 800 ft (244 m)
Maximum speed 45 m.p.h. (72 km/h)
Crew: 1
Capacity: 1
The Lamine 1909 biplane was built in France
Length: 42’8″
Wing area: 72 sqyd

As next project, Lambach designed a small single-seat biplane intended for aerobatics. It was the intention that at aerobatic contests held in the Netherlands it could beat the German competition. For construction of this new plane, designated as HL-2, Lambach founded the Lambach Aviation works. It was housed in the ‘Starlift’ elevator factory at Voorburg near The Hague. The HL-2 was flown for the first time from Ypenburg airfield on 4 May 1937 by Hein Schmidt-Krans, carrying the civil registration PH-APZ. The plane showed to have excellent flying characteristics, but because there was little time to practice for the next aerobatic contest held at Eelde airfield it scored a 3rd place only with German pilots on 1st and 2nd place. Pilot on the HL-2 during this event was again Schmidt-Crans.
After this contest it was handed over to the national aviation school NLS for training of future aerobatic pilots. However, during the 1938 aerobatic contest the Germans won again very convincingly! Pilot of the HL-2 on this occasion was Dick Asjes who finished at the 7th and last place. Because of the worsening international situation no contest was held in 1939. During the five-days war in May 1940 the HL-2 was destroyed at Ypenburg by German bombs. Although Hugo Lambach designed as the HL-3 an attractive high-wing twin-engine passenger plane the Lambach factory was soon closed and Hugo Lambach joined the Fokker aircraft works. He died in July 1972.
Replica: Delft Student Aeroclub Lambach HL.II Replica

The Laird Special was built by Laird for John L Patten of Evanston IL in 1930. Registered NR10705 c/n 103.
A two place open cockpit biplane, power was a 325hp Wright J-5, also J-6.
Wing span: 35’0″
Length: 22’4″
Charles Laird of Wichita, Kansas, built the four place Pierce Arrow cabin biplane in 1926.
Powered by a 90hp Curtiss OX-5, it evolved into Matty Laird’s Whippoorwill NX4102 c/n 10-1.