In 1960, SAC's B-52s began a nonstop, eight-year, nuclear-armed patrol. Fully illustrated, this study explains how one of the Cold War's most challenging operations was conceived and flown. Operation Chrome Dome was Strategic Air Command's unprecedented nuclear deterrence operation, a hugely elaborate and costly response to the perceived nuclear missile threat from the Soviet Union. In this book, Cold War aviation historian Peter E. Davies explains how for eight years, Chrome Dome required 12 B-52 Stratofortresses to maintain a ceaseless airborne alert within striking distance of Soviet targets, orbiting over the Mediterranean and north of Alaska. Each bomber stayed aloft for 24 hours, flying for around 10,000 miles until relieved by another. In each cockpit a top-secret Combat Mission Folder contained details of the routes and procedures for a nuclear attack on a pre-determined Soviet target. Dramatic and controversial, the years of unrelenting Chrome Dome missions saw several B-52 crashes and losses of nuclear weapons, most famously those in Greenland and off the Spanish coast. Drawing on first-hand information from the personnel who flew and supported these gargantuan efforts, and packed with archive photos, superb new artwork, maps and diagrams, this book offers an authoritative history of how SAC flew its most challenging operation of the Cold War.

A fully illustrated study into the extraordinary Convair B-36 during the Cold War. Conceived during 1941 in case Germany occupied Britain, when US bombers would then have insufficient range to retaliate, the B-36 was to be primarily a '10,000-mile bomber' with heavy defensive armament, six engines and a performance that would prevent interception by fighters. Although rapid developments in jet engine and high-speed airframe technology quickly made it obsolescent, the B-36 took part in many important nuclear test programmes. The aircraft also provided the US nuclear deterrent until the faster B-52 became available in 1955. It was one of the first aircraft to use substantial amounts of magnesium in its structure, leading to the bomber's 'Magnesium Overcast' nickname. It earned many superlatives due to the size and complexity of its structure, which used 27 miles of wiring, had a wingspan longer than the Wright brothers' first flight, equivalent engine power to 400 cars, the same internal capacity as three five-room houses and 27,000 gallons of internal fuel – enough to propel a car around the world 18 times. Much was made of the fact that the wing was deep enough to allow engineers to enter it and maintain the engines in flight. B-36s continued in the bomber and reconnaissance role until their retirement in February 1959 following 11 years in SAC. Convair employees were invited to suggest names for the giant aircraft, eliciting suggestions such as 'King Kong Bomber', 'Condor', 'Texan' and 'Unbelievable', but the most popular was 'Peacemaker'. Oddly, objections from religious groups deterred the USAF from ever adopting it officially. This fully illustrated volume includes first-hand accounts, original photographs and up to 30 profile artworks depicting in detail the complexity of this superlative aircraft.

The revolutionary X-15 remains the fastest manned aircraft ever to fly. Built in the two decades following World War II, it was the most successful of the high-speed X-planes. The only recently broken 'sound barrier' was smashed completely by the X-15, which could hit Mach 6.7 and soar to altitudes above 350,000ft, beyond the edge of space. Several pilots qualified as astronauts by flying above 50 miles altitude in the X-15, including Neil Armstrong, the first man on the Moon. The three X-15s made 199 flights, testing new technologies and techniques which greatly eased America's entry into manned space travel, and made the Apollo missions and Space Shuttle viable propositions. With historical photographs and stunning digital artwork, this is the story of arguably the greatest of the X-Planes.

From 1957 until 1991, the Strategic Air Command of the US Air Force (SAC) fought a war of deterrence. Every single day, 24 hours a day, seven days a week, thousands of men, women, and hundreds of aircraft were kept on alert, armed with nuclear weapons, ready to attack pre-determined targets on short notice.

The Forrestal class (Forrestal, Saratoga, Ranger, and Independence) was the first completed class of US Navy supercarriers, so-named for their 25 percent size increase over the World War II-era carriers such as the Midway class, and the strength of their air wings (80–100 aircraft, compared to 65–75 for the Midway, and fewer than 50 for the Essex class). Design-wise, the Forrestals were a huge improvement over their predecessors, being more stable and comfortable, while maintaining advancements such as the armored flight decks that had been introduced with the Midway. The Kitty Hawk class was an improvement on the Forrestal-class designs, and four were built in the 1960s – Kitty Hawk, Constellation, America and John F. Kennedy. These were even longer than the Forrestals, and fitted with advanced defensive weapons systems and an improved elevator layout. All nine of the carriers covered by this volume are icons, and hold a much-respected place in US naval history. They are also some of the more well-known vessels outside of the military, for their long service histories, as well as for some of the more unfortunate events that seem to follow them.

A rigorous new analysis of America's legendary 'Big Week' air campaign which enabled the Allies to gain air superiority before D-Day. The USAAF's mighty World War II bomber forces were designed for unescorted, precision daylight bombing, but no-one foresaw the devastation that German radar-directed interceptors would inflict on them. Following the failures of 1943's Schweinfurt-Regensburg raids, and with D-Day looming, the Allies urgently needed to crush the Luftwaffe's ability to oppose the landings. In February 1944, the Allies conceived and fought history's first-ever successful offensive counterair (OCA) campaign, Operation Argument or “Big Week.” Attacking German aircraft factories with hundreds of heavy bombers, escorted by the new long-range P-51 Mustang, it aimed both to slash aircraft production and force the Luftwaffe into combat, allowing the new Mustangs to take their toll on the German interceptors. This expertly written, illustration-packed account explains how the Allies finally began to win air superiority over Europe, and how Operation Argument marked the beginning of the Luftwaffe's fall.

Since the end of World War 2, the tactical air war over Europe has been largely overlooked by historians and authors alike in favour of analysis of the higher profile strategic bombing campaign. Involving just as many aircraft as the daylight heavy bombing campaign, the fighter-bombers (principally of the Ninth Air Force) wreaked considerably more havoc on German ground forces. Indeed, Thunderbolt units undertaking such missions effectively complemented the strategic campaign, ensuring the defeat of Nazi Germany. P-47 pilots paid a high price to achieve this victory, however, as the German flak arm was well equipped (nearly a quarter of all war-related production was devoted to anti-aircraft weaponry) with weapons of various calibres to counter tactical air power's low to medium altitude threat. The USAAF four numbered air forces that saw action over the European continent suffered significant fighter-bomber losses to flak. The principle fighter-bomber from the summer of 1944 through to VE Day was the P-47D, with both dedicated ground attack units and squadrons that had completed their bomber escort tasking seeking out targets of opportunity across occupied Western Europe. While heavy-calibre anti-aircraft fire was intended to both shoot down enemy aircraft and force bombers to drop their ordnance sooner or from higher altitudes, thus reducing bombing accuracy, low-altitude flak batteries put up a virtual 'wall of steel' for enemy fighter-bombers to fly through. Damaging a low-flying fighter-bomber made it easier for other flak gunners to track, engage and destroy it. Innovations like lead-computing gunsights gave gunners a higher probability of intercepting low-altitude fighters. Conversely, the appearance of air-to-ground rockets beneath the wings of P-47s gave pilots better standoff range and a harder-hitting punch when dealing with low and medium altitude flak units. This volume analyses the tactics and techniques used by both P-47 fighter-bomber pilots and German flak gunners, featuring full-colour illustrations to examine the Allied tactical air power in Europe from 1943 and how German defences were overpowered by the air threat.