Examining in detail the output of one of Germany's most famous aircraft manufacturers, Junkers. With 3-view drawings, cut-aways, fine photographs and unsurpassed in-depth treatment of the design history of Junkers aircraft, this volume is the definitive history of a German engineering legend. Hugo Junkers was a leading pioneer of aviation, especially all-metal aircraft construction, and his name is associated with great aerodynamic and structural advances in engineering. His design and manufacturing bureau was responsible for some of the most distinctive and famous aircraft of the 20th century, including the terrifying Ju87 Stuka divebomber and the Ju88 bomber which battered London in the Blitz, but successful airliners and transports were also part of the Junkers roster over the course of its 30-year history.

Initially designed as a fast medium bomber, the Junkers Ju 88 was also used as a Zerstörer heavy fighter by the Luftwaffe. It saw its combat debut over Poland in 1939, and heavy fighter variants saw action on every front up to VE Day. The ultimate Ju 88 fighter variant was the G-model of 1944, which boasted a FuG 220 or 227 radar, an astounding array of cannon and machine gun armament and advanced Junkers Jumo or BMW engines. A dedicated nightfighter, the first Ju 88G-1s entered service with the Nachtjagd in the summer of 1944, replacing Ju 88C/Rs as well as some Bf 110Gs. Despite suffering heavy losses in the final months of the war, Ju 88Gs also inflicted serious casualties on Bomber Command throughout the war. From patrolling over the Bay of Biscay, to the Arctic circle opposing Allied convoys and, most successfully, as radar-equipped nightfighters engaging RAF heavy bombers during defence of the Reich operations from late 1941, this is the story of the Ju 88 aces who menaced Allied aircraft and shipping throughout World War 2.

This volume examines the history and development of the Ju 188 twin-engined aircraft, the Luftwaffe's attempt to enhance and improve its peerless Ju 88. The Junkers Ju 188 was the epitome of mid-war German twin-engined aircraft design, representing the enhancement of an earlier type and incorporating increased performance and technological sophistication. As part of the 1939 'Bomber B' programme, it was intended as a replacement for the Ju 88 and He 111 medium bombers, taking advantage of uprated Jumo and BMW engines and incorporating a radically redesigned cockpit area with all-round visibility for high-speed bombing, torpedo-bomber carrying, FuG 200 radar, and camera-equipped reconnaissance operations. What emerged, from the autumn of 1943, was a sophisticated bomber and reconnaissance aircraft–and intended nightfighter. After operational trials, the Ju 188 equipped three bomber Geschwader and several long-range reconnaissance Staffeln in the East and Italy, conducting operations over Britain and the Western Front as well as Russia and the Mediterranean. This comprehensive study charts the design, development, and deployment of an advanced aircraft which was ultimately overshadowed by improvements to the aeroplane it was designed to replace. Supported by specially commissioned illustrations and contemporary photography, this is the essential guide to the Junkers Ju 188.

The iconic and legendary Junkers Ju 52 first flew in 1930. Designed and built by the Junkers Aircraft Company of Dessau, Germany, the Ju 52 was originally intended as a single-engine cargo aircraft. An upgraded model, the Ju 52/3m, was powered by three engines and excelled as an eighteen-seat airliner. By the late 1930s, hundreds of the safe, reliable and much loved Ju 52/3ms were serving with airlines in more than twenty countries, including the pre-war British Airways. Also, it was used as a bomber by the Luftwaffe, particularly in the Spanish Civil War. During the Second World War, the Ju 52/3m was the mainstay of Luftwaffe transport squadrons. Affectionately known as 'Faithful Old Annie' and 'ron Annie', the Ju 52/3m was used during the invasions of Norway, the Low Countries, Crete and the resupply of Stalingrad and Rommels Africa Korps. In all, around 5,000 were built and after the war, production continued in France and Spain. Amazingly, captured Ju 52/3ms were rebuilt post-war and briefly operated as airliners on domestic routes in Great Britain.

The all-metal Junkers Ju 52/3m enjoyed a solid – indeed, revered – reputation amongst its crews and the troops and paratroopers who used and depended on it. For more than ten years, it saw service as a successful military transport, with its distinctive, three-engined design and corrugated metal construction becoming instantly recognisable. It was a mainstay in the Luftwaffe's inventory, first seeing service in the 1930s in bombing and transport operations in the Spanish Civil War, and subsequently during the German invasion of Poland. It then served on every front on which the Luftwaffe was deployed until May 1945. The Junkers served as a stalwart transport, confronting both freezing temperatures and ice, and heat and dust, lifting men, animals, food and supplies vital for German military operations. This, the first of two books on the Ju 52/3m, details its service as a bomber in Spain and in South America, followed by its pivotal role in early war operations during the invasions of Poland and France, the airborne invasion of Crete and the early stages of Operation Barbarossa.

Beskriver den tyske flyindustri i perioden 1933-45, herunder de særlige forhold under 2. verdenskrig.

This book explores the opposed piston (OP) engine, a model of power and simplicity, and provides the first comprehensive description of most opposed piston (OP) engines from 1887 to 2006. Design and performance details of the major types of OP engines in stationary, ground, marine, and aviation applications are explored and their evolution traced. The OP engine has set enviable and leading-edge standards for power/weight refinement, fuel tolerance, fuel efficiency, package space, and manufacturing simplicity. For these reasons, the OP concept still remains of interest for outstanding power and package density, simplicity, and reliability; e.g., aviation and certain military transport requirements. Using material from historic and unpublished internal research reports, the authors present the rationale for OP engines, their diverse architecture, detailed design aspects, performance data, manufacturing details, and leading engineers and applications. Comparisons to four-stroke and competitor engines are made, supporting the case for reconsidering OP engines for certain applications. Topics include: The history of OP engines Aeronautical Automotive Military Marine Unusual OP engines Comparison between 2 and 4 stroke engines The future of OP engines and more