All Metal Collection

Douglas DC-3
Bea British European Airways Pionair Douglas Dc-3 Flying Date: 1940s

Douglas DC-3 / C-47 Dakota
Airmen Maintaining a Douglas Dc-3 / C-47 Dakota at the Headquarters of the USAFe 85th Air Depot-Wing Date: 1949

Republic XF-12 Rainbow RC-2
Republic Rc-2 Rainbow Airliner Cutaway Drawing Date: 1940s

Republic XF-12 Rainbow
Republic Xf-12 / Xr-12 Rainbow Flying Date: 1940s

Focke Wulf FW-200 B Condor
Focke-Wulf FW-200B Condor Airliner Danish Air Lines Date: 1937

Douglas DC-3 Dart Dakota
Bea Express Air Freight Douglas Dc-3 Dart Dakota Date: 1950s

Swales SD3-15V, all-metal medium performance low-cost single-seat sailplane, with V-tail. Date: circa 1980

Swales SD3-15T 456, all-metal medium performance low-cost single-seat sailplane, with T-tail. Date: circa 1979

Swales SD3-15V 531, all-metal medium performance low-cost single-seat sailplane, with V-tail. Date: circa 1979

Let L-13 Blanik G-ATRA (msn 173304), all-metal training glider. Date: circa 1979

Yorkshire Sailplanes YS-53 Sovereign 556, , all-metal training glider, ready to emerge from the hangar. Date: circa 1979

Pilatus PC-6 Turbo-Porter HB-FEF
Pilatus PC-6-B1-H2 Turbo-Porter HB-FEF (msn 659), at the Paris Air Show held on Le Bourget Airport in June 1975, with air-show serial 352'

Dornier Do 335 A-0 Pfeil (Arrow), early 1945. Creator: Dornier Flugzeugwerke
Twin engine, pusher / puller, fighter / bomber; grey/green, green; late World War II development

Lear Jet 23, 1964-1966. Creator: Learjet
N802L. twin-engine pioneer business jet developed by William P. Lear; second Learjet, first production model built; two General Electric CJ 610-1 turbojet engines; low-wing

Republic XR-12 Rainbow
Republic Xr-12 Rainbow Flying Date: 1940s

Dornier Aircraft
circa 1930: The all-metal Dornier Ronnet aircraft produced in Berlin. (Photo by General Photographic Agency/Getty Images)

Ford Airport
One of the four Maiden Dearborn Stout 2-AT Pullman all-metal monoplanes being towed into a hangar at the Ford Airport factory in Dearborn, Michigan, circa 1926

Battersea Boats Waiting to be Rowed
23rd June 1952: All-metal rowing boats waiting to be rowed at Battersea Park, London. (Photo by Harry Todd/Fox Photos/Getty Images)

John Northrop, US aviation pioneer
John Northrop (1895-1981), American aircraft industrialist and pioneer. Northrops career began in 1916 as a mechanical draftsman-engineer for the Loughead Aircraft Company

Rohrbach-Beardmore all-metal flying boat Inverness

All Professionally Made to Order for Quick Shipping

"All Metal: A Journey Through Aviation's Finest" Step into the world of aviation where strength meets innovation. From the iconic Douglas DC-3 to the versatile Pilatus PC-6 Turbo-Porter, these aircraft embody the essence of "all metal" construction. The legendary Douglas DC-3, also known as C-47 Dakota, revolutionized air travel with its sturdy all-metal frame and reliable performance. Its timeless design continues to inspire awe even today. Moving forward in time, we encounter the Republic XF-12 Rainbow RC-2 - a marvel that pushed boundaries with its sleek lines and advanced engineering. This all-metal beauty showcased cutting-edge technology during its era. But let's not forget about smaller yet equally impressive aircraft like the Swales SD3-15V and SD3-15T 456 models. These compact wonders boast an all-metal structure that ensures durability without compromising on agility or efficiency. Meanwhile, the Let L-13 Blanik G-ATRA takes us soaring through skies with grace and elegance. Its robust all-metal wings enable smooth gliding experiences for pilots and passengers alike. Intriguingly named Yorkshire Sailplanes YS53 Sovereign 556 showcases how even sailplanes can embrace an all-metal construction approach while delivering exceptional performance in flight. Last but certainly not least is the Pilatus PC6 Turbo Porter HB-FEF – a true workhorse among aircraft. With its rugged exterior made entirely from metal alloys, this versatile machine conquers challenging terrains effortlessly. Whether it's traversing vast distances or maneuvering through tight spaces, these remarkable machines exemplify what it means to be "all metal. " They represent a commitment to strength, reliability, and pushing boundaries in aviation engineering. So next time you gaze up at an airplane soaring overhead or step foot inside one before takeoff, remember that behind every successful flight lies an intricate web of metallic ingenuity – connecting dreams, destinations, and the sky itself.