Orville and Wilbur Wright, two bicycle-making brothers from Dayton, Ohio, secured their place as the most famous names in aviation history when, on December 17, 1903, they made the first powered, controlled, and sustained heavier-than-air flight. But their success over the cold and windswept Carolina dunes that day has overshadowed their many other accomplishments before and after that historic flight. The Wrights' progression from theory to analysis to ground-testing components and wing shapes, and then to flight-testing kites, gliders, and their first powered aeroplane, marked the world's first successful 'X-Plane' research and development programme. They established a template all subsequent aircraft have followed, one still relevant in the era of hypersonic flight and drone research. This book traces the Wright Brothers' story, from their first success on that cold December day throughout their glory years to their eventual eclipse by other aviators. It explores in detail the process that lead them to their pioneering craft and their many subsequent achievements over the following years, and highlights their enduring importance in the age of modern flight.

An authoritative new history and analysis of the Wright Brothers' pioneering aircraft, from their triumph in 1903, through their string of achievements in the next decade, to their eclipse in the 1910s. Orville and Wilbur Wright, two bicycle-making brothers from Dayton, Ohio, secured their place as the most famous names in aviation history when, on December 17, 1903, they made the first powered, controlled, and sustained heavier-than-air flight. But their success over the cold and windswept Carolina dunes that day has overshadowed their many other accomplishments before and after that historic flight. The Wrights' progression from theory to analysis to ground-testing components and wing shapes, and to then flight-testing kites, gliders, and their first powered aeroplane, marked the world's first successful “X-Plane” research and development program. They established a template all subsequent aircraft have followed, one still relevant in the era of hypersonic flight and drone research. This book traces the Wright Brothers' story, from their first success on that cold December day throughout their glory years to their eventual eclipse by other aviators. It explores in detail the process that lead them to their pioneering craft and their many subsequent achievements over the following years, and highlights their enduring importance in the age of modern flight.

Airpower Pioneers studies twelve especially influential airmen, detailing their impact on the evolution of the United States Air Force (USAF). Rather than focus on command in a series of air campaigns, this book describes the personal qualities and careers of people who distinguished themselves first and foremost by advancing airpower theory, doctrine, and strategy, and in certain cases by implementing significant organizational changes in the USAF structure. Some held important positions during wartime, but except for a few who excelled in both combat and peace, those selected for inclusion in this volume made their main contributions to advancing aerospace power away from the front line as planners, organizers, educators, and strategists. The future of aerospace power requires airmen not only to push the limits in combat but also to emphasize, publicly and frequently, what is special and vital about airpower. The distinctive characteristics of airpower—speed, range, flexibility, precision, and lethality—have improved with every new generation of aircraft and weapon systems. The history of modern warfare is full of empirical evidence of airpower’s relevance. Looking ahead, the main challenge for air forces all over the world is to match advances in technology with new ideas. All air forces need visionary men and women whose reach exceeds their grasp, who are determined to adapt to new security and defense realities rather than adhere to romanticized ideas of yesteryear, and whose organizational skills ensure successful implementation of new ideas despite inevitable resistance to change.

At the dawn of the supersonic jet age, aircraft designers were forced to devise radical new planforms that suited the new power of the jet engine. One of the most successful was the delta wing. Although Gloster produced the delta wing Javelin, and Boulton Paul –its P.111 research aircraft – Fairey and Avro were the champions of the delta in Britain. Meanwhile in America, with the exception of Douglas's Navy jet fighter programmes, Convair largely had the delta wing to itself. These development lines, one on each side of the Atlantic, had essentially the same objective – to produce high-speed fighter aircraft. In Britain, the Fairey Delta 2 went on to break the World Air Speed Record in spectacular fashion, but it failed to win a production order. In contrast Convair received major orders for two jet fighter types and one jet bomber. At the same time, the British Avro company built the 707 family of research aircraft, which led to the famous Vulcan, to show how the delta wing could be adopted for a highly successful subsonic bomber. This book examines the development of the delta wing in Britain and America, and the way in which experimental aircraft like the Fairey Deltas proved their potential and versatility. In Britain it covers the Fairey Delta 1 and Fairey Delta 2, the proposed Fairey Delta Rocket Fighter and huge Delta 3 long range interceptor, and the Avro 707. On the American side, it examines the Convair XF-92 and XF-92A, the development of the Delta Dagger/Delta Dart family, and the Convair Sea Dart – the world's only supersonic seaplane.

The six Douglas D-558 research aircraft, built as two variants, were produced for a US Navy and NACA collaborative project to investigate flight in the high subsonic and supersonic regimes and to develop means of coping with the dangerous phenomena of compressibility and pitch-up which had caused many accidents to early jets. Wind tunnels could not provide the necessary data so pilots had to risk their safety in experimental aircraft which, for their time, achieved phenomenal performance. Both series of D-558 were well-designed, strong and efficient aircraft which enabled test pilots to tackle the unknown in comparative safety. Though delayed by their innovative but troublesome power-plants, and limited by the cost of their air-launched sorties, they went well beyond their original Mach 1 speed objective and continued to generate information that provided design solutions for a whole generation of supersonic combat aircraft. Although the final stage of the D-55 programme, the USN's 'militarized' D-558-3, never happened, the Navy was able to apply the lessons of the programme to its much more practical combat types such as the F8U Crusader and F3H Demon. Supported by full-colour artwork including three-view plates of the two D-558 models and a technical view of the D-2 cockpit, this authoritative text offers a comprehensive guide to the record-breaking Navy research craft.

The reissue of this definitive biography heralds the one-hundredth anniversary of the Wright brothers' first flight. Brilliant, self-trained engineers, the Wright brothers had a unique blend of native talent, character, and family experience that perfectly suited them to the task of invention but left them ill-prepared to face a world of skeptics, rivals, and officials. Using a treasure trove of Wright family correspondence and diaries, Tom Crouch skillfully weaves the story of the airplane's invention into the drama of a unique and unforgettable family. He shows us exactly how and why these two obscure bachelors from Dayton, Ohio, were able to succeed where so many better-trained, better-financed rivals had failed.

In 1903, at Kitty Hawk, North Carolina, two brothers, Wilbur and Orville Wright, made the first manned, controlled, sustained, successful powered flight in a heavier-than-air craft. This title represents the record left by the Wright brothers on their triumph, and its consequences to themselves and to the world.

Beskriver gennerelle principper for at flyve og fortæller om de første forsøg på at bygge en egentlig flyvemaskine før det lykkedes at gennemføre en bemandet, motordrevet flyvning