A total of 10,500 missiles were launched as part of the V1 attack, of which 3,957 were destroyed by the defences. Indeed, it could have been much worse, for by the end of the war the Germans had manufactured close to 32,000 flying bombs. The defences put forward to guard against the V1 were formidable – 23,000 men and women with their guns, radar and communications networks were installed on coastal sites. Squadrons of Britain's newest Spitfires, the F XIVs, and Hawker Tempest Vs were kept at home to battle the new menace. Rushed into action in July 1944 to help counter the V1 threat, Britain's Gloster Meteor I was the first jet fighter to enter RAF service. On 4 August the Meteor scored its first V1 victory. Having just closed in on a flying bomb, its officer squeezed the trigger but his guns jammed. Using the Meteor's superior speed, he was able to overtake the missile and, using his wing tip, he tipped the craft over and sent it crashing into the ground. The interceptions between the V1 and Britain's Gloster Meteor were historic, and ushered in a new era of aerial combat.

Shortly after the Allied landings in France the Germans unleashed the first of their so-called 'revenge weapons', the V1 flying bomb. Launched from specially constructed sites in northern France, the fast, small, pulse-jet powered pilotless aircraft were aimed at London with the sole intent of destroying civilian morale to the point where the British government would be forced to sue for peace. This dangerous new threat drew an immediate response, and the Air Defence of Great Britain (as Fighter Command had been temporarily renamed) established layers of defence that included a gun line and balloon barrage. The main element, however, were standing patrols by the fastest piston-engined fighters available to the RAF – the new Tempest V and Griffon-powered Spitfire XIV. Other types were allocated too, most notably the Polish Mustang wing, while night defence was left in the capable hands of several dedicated Mosquito squadrons. Although pilotless, the V1 was no easy foe thanks to its speed, powerful warhead and sheer unpredictability. Nevertheless, 154 pilots became V1 aces, 25 of whom were also aces against manned aircraft.

In mid-1943, Allied intelligence began to pick up the signs of unusual German construction in remote locations near the Channel Coast. Several massive fortifications were beginning to take shape, and they appeared to be oriented towards London. Allied intelligence codenamed these sites as "Crossbow" and began plans to attack them before they could bombard Britain's capital city. These "Heavy Crossbow" sites for the V-1 and V-2 missiles were supposed to be bomb-proof, but they soon attracted the attention of RAF heavy bombers with the new Tallboy concrete-penetrating bombs. Fully illustrated with commissioned artwork and contemporary photographs, Operation Crossbow 1944 examines the dynamics of the world's first missile war. It also describes the parallel American efforts to develop missiles and assault drones to attack the "Heavy Crossbow" sites, including the Air Force's Aphrodite and Navy Anvil projects.

A wonderful illustrated beginner's guide to the first generation of British Jet Aircraft.

Hired by a Russian museum, ex-Royal Engineer Jim Wilson is sent to the Baltic coast of Germany to find a rumored World War II U Boat base. His discovery is beyond shocking: not only does the base exist—it contains secret submarines full of V2 rocket bombs. And he is not working for a museum, but a notorious group of mobsters, the Romanov Gang.

The riveting story of the American scientists, tinkerers, and nerds who solved one of the biggest puzzles of World War II--and developed one of the most powerful weapons of the war.​ 12 Seconds of Silence is the remarkable, lost story of how a rag tag group of American scientists overcame one of the toughest problems of World War II: Shooting things out of the sky. Working in a secretive organization known as Section T, a team of physicists, engineers, and everyday Joes and Janes created one of the world's first "smart weapons"--the proximity fuse. The tiny gadget allowed an artillery shell to "know" when to explode to bring down an aircraft. Against overwhelming odds and in a race against time, mustering every scrap of resource, ingenuity, and insight, the scientists of Section T would eventually save countless lives, rescue the city of London from the onslaught of a Nazi superweapon, and help bring about the Axis defeat. A holy grail sought after by Allied and Axis powers alike, the fuse ranks with the atomic bomb as one of the most revolutionary technologies of the Second World War. Until now, its tale was largely untold. For fans of Erik Larson and Ben Macintyre, set amidst the fog of espionage, dueling spies, and the dawn of an age when science would determine the fate of the world, 12 Seconds of Silence is a tribute to the extraordinary wartime mobilization of American science and the ultimate can-do story.

In the bitter air fighting over Western Europe during the last year of the war, no fewer than 37 pilots became aces flying Merlin-engined Spitfires, whilst 72 other aces increased their scores flying them. This book traces the achievements of the pilots flying the iconic Spitfire in Northwest Europe, and examines how the steady technological improvements that were made throughout the Spitfire's service life improved its capabilities in the air. Based at airfields throughout southern England, Merlin engine Spitfires provided the bulk of the air cover for the D-Day landings and it was an RCAF Spitfire which claimed the first ever ME 262 jet kill. 36 colour profiles covering a broad spectrum of nationalities, units, pilots, theatres and markings complement thorough research throughout this comprehensive account of these crucial fighter aircraft.