Developed in the 1960s/1970s, the Tu-144 was the Soviet Union's only practical venture into supersonic commercial aviation. Though its career was all too brief, it was a major technological achievement for the Soviet aircraft industry. The book provides in-depth coverage of the "Concordski," including projected versions, the Tu-144's production and service history, and a comparison with the Concorde. First flown on the last day of 1968-ahead of the Concorde-the Tu-144 had to undergo a long gestation period before the production version entered service in November 1977. Unfortunately, its career proved to be brief; two accidents and a powerful anti-Tu-144 lobby caused the type to be withdrawn in May 1978. The book describes the Tu-144's versions (including the Tu-144LL research aircraft developed under a Russian-U.S. program) and touches on the projected military derivatives. It is illustrated with color side views and previously unpublished photographs.

Developed as the answer to the American B-1, the Tupolev Tu-160 was the Soviet Unions most potent strategic bomber. Several project versions were rejected, and a highly controversial contest involving some of the Soviet Unions top-class aircraft design companies took place before the Tu-160 variable-geometry bomber reached the hardware stage. Its design made use of many advanced features not used previously on Soviet bombers. While being a nuclear deterrent for most of its career, the Tu-160 has recently seen actual combat in the war on terrorism. The Tu-160 story is not over yet, since Russia is now resuming production of the type to bolster its strategic potential. The book gives the types complete development, test and service history of the Tu-160, including such intriguing episodes as the types overseas deployment to Venezuela, and the flight of a Tu-160 with Russian President Vladimir Putin aboard. It is richly illustrated with color photos and original factory drawings. A comparison is made of the Tu-160 and its American counterpart, the B-1.

After World War II, the Soviet Union and the USA, who had been allies in the war, started moving towards political and military confrontation. The Soviet Union urgently needed a strategic bomber capable of striking at the USA. Thus, the windfall of three battle-damaged B-29s forced to land in Soviet territory was most welcome. The Soviet Union kept them; a huge reverse-engineering effort ensued, resulting in a Soviet copy of the Superfortress (the Tu-4) and a major technology boost to the Soviet aircraft and avionics industries. From then on, the "Soviet Superfortress" evolved independently, some of the Tu-4 versions having no direct U.S. equivalent. These included the Tu-4K missile carrier, a wing-to-wing flight refueling tanker, and the Tu-4T transport. The Tu-4A was the first Soviet nuclear-capable bomber. Experimental versions included engine testbeds, a towed escort fighter program, and more. The book also describes the Tu-4 s production and service history (including service in China the only nation besides the USSR to operate the type) and touches on the Tu-4 s transport derivatives, the Tu-70 airliner, and the Tu-75 military airlifter. The book is illustrated with many color side views and hitherto unpublished photographs."

This book charts the development and service history of the Antonov design bureau's heavy transport aircraft. In the late 1950s, the Antonov design bureau began developing the An-22 heavy military transport, intended to carry 50 tons. Powered by four 15,000 hp turboprops, it was the world's heaviest transport when it first flew in February 1965. The four-turbofan An-124 was again the world's most capable airlifter when it emerged in 1982, with a payload of 120 tons. It proved its worth in military and humanitarian operations and earned acclaim as a commercial freighter after 1991 for carrying heavy and outsized items. The unique six-engined An-225 "Mriya" was created for carrying the Buran space shuttle. Despite the demise of the Buran program, the aircraft found use on the heavy/outsized cargo transportation market. It is illustrated by a wealth of new photos and color artwork, as well as line drawings.-

Developed in the early 1950s to meet a Soviet Army requirement and first flown in June 1957, the Mi-6 was the largest-yet helicopter created in the Soviet Union. Its notable features included a power-plant consisting of two turbo-shaft engines (for the first time on a Soviet helicopter) and stub wings offloading the main rotor in forward flight; the cabin was big enough to accommodate artillery systems and tactical ballistic missiles. Built by two plants, the Mi-6 saw service with the Soviet Air Force (including participation in the Afghan War) and the air arms of several Soviet allies. It also proved valuable as a civil air-lifter during oilfield exploration in Siberia, remaining in service right the way up to 2002. A worthy successor to the Mi-6 appeared in 1977 - the Mi-26. With its 20-ton payload, it was (and still is) the world's largest and most capable transport helicopter. Again, the Mi-26 had both military and commercial uses (the former included participation in several armed conflicts); the type is still in production, being updated to meet modern requirements, and has been exported to several countries in Asia and Latin America.The book describes the history, variants and service career of the Mil' 'big lifters' and contains a detailed overview of the scale model kits covering these types which are currently available on the market.

In the late 1960s, the patriarch of Soviet aircraft design, Andrey Tupolev, offered the Soviet air force a supersonic bomber to replace the 1950s-vintage Tu-22 Blinder with a less capable -- but cheaper -- alternative to the Sukhoi design bureau's proposed T-4 strategic bomber. Tupolev did not offer it as an "all-new" aircraft but, instead, passed it off as a "massive upgrade" of the Blinder. Thus was born the Tu-22M, Tupolev's first aircraft with variable swept wings and the ability to carry both bombs and supersonic cruise missiles. In the West the new bomber became known as the Backfire. First flown in 1969, the aircraft entered production in 1972. The most widespread version was the Tu-22M3, which soldiers on today with the Russian air force. The Backfire has had an active career both in Cold War operations and in "hot" wars, from Afghanistan to Syria, where it has participated in the global war on terrorism. This book describes the Tu-22M's development, including the latest upgrades, and its Soviet and post-Soviet operations. Fleet lists are included, as is a detailed design description, and a wealth of colour profiles and line drawings.

When the Myasishchev design bureau was reborn in 1951, it was immediately tasked with creating a high-speed strategic bomber to balance the threat posed by NATO's heavy bombers, notably the B-52. Designated M-4 and code-named "Bison" by NATO, the new four-turbojet bomber was developed within an incredibly short time-just one year. It made use of many innovative features, including a bicycle landing gear, and was designed around the most powerful jet engine of the day. It became the progenitor of a small family of bombers and refueling tankers, including the much-improved 3M and its versions. Many of the intended versions never materialized, and the Bison had its share of problems, but it came at just the right time, providing a valuable nuclear deterrent, and remained in service for 40 years until retired in compliance with the START treaty. The book charts the first Soviet strategic jet bomber's development and operational history. It includes the story of how the 3M was adapted to carry components of the Energiya/Buran space transport system as the VM-T Atlant outsized-cargo transporter.

Reborn in 1951, the Myasishchev design bureau made its mark by creating the M-4 strategic bomber. Yet, this subsonic aircraft was soon made obsolescent by supersonic fighter technologyany new strategic bomber would need supersonic performance to avoid being intercepted. Hence in 1952, Myasishchev started work on supersonic bomber projects, which led to the M-50 of 1955. Designed for sustained supersonic cruise, the Mach 1.7 four-turbojet bomber had many innovative features, including automatic flight control and pitch trim systems, and the most powerful jet engine of the day. When the air force rejected the M-50 on the grounds of inadequate range, Myasishchev suggested building it as a technology demonstrator for the much-improved M-52 missile strike aircraft. First flown in October 1959, the M-50 made only 11 flights before the Myasishchev OKB was closed again a year later. Yet, it did have its moment of glory at the Tushino air show on 9 July 1961. This is the only work on these planes in English, featuring about 400 previously unpublished or rarely seen images.

The MiG-31 started life as an advanced derivative of the famous MiG-25P interceptor, becoming the first Soviet fourth-generation combat aircraft. First flown in 1975, it differed from its progenitor primarily in having a crew of two (pilot and weapons systems operator), a highly capable passive phased-array radar - a world first - and new R-33 long-range missiles as its primary armament. The maximum speed was an impressive Mach 2.82, the cruising speed being Mach 2.35. The type entered service in 1981; more than 500 copies were built between 1981 and 1994. The powerful radar and other avionics allowed the MiG-31 to operate as a 'mini-AWACS' scanning the airspace and guiding other interceptors to their targets; a flight of three such aircraft in line abreast formation could cover a strip 800 km (500 miles) wide. To this day the MiG-31 remains one of the key air defence assets of the Russian Air Force. The book describes the MiG-31's developmental history, including upgrade programmes, and features a full and comprehensive survey of the various MiG-31 model-making kits currently available on the market.

In the late 1950s, the Sukhoi Design Bureau, already an established fighter maker, started work on a successor to its Su-9 and Su-11 single-engined interceptors for the national Air Defence Force. Similar to its predecessors, the new aircraft designated Su-15 had delta wings; unlike the Su-9/Su-11, however, it had twin engines and lateral air intakes freeing up the nose for a powerful fire control radar. First flown in May 1962, the Su-15 officially entered service in 1965 and was built in several versions, the late ones having cranked-delta wings and a more capable radar. Being an air defence fighter, the Su-15 frequently had to deal with intruders. Unfortunately the aircraft gained notoriety in two separate incidents involving shoot-downs of Boeing airliners (a 707 in 1978 and a 747 in 1983), both of which were South Korean and had intruded into Soviet airspace on what was very probably clandestine spy missions. This book describes the developmental and service history of the Sukhoi-Su-15, containing a comprehensive survey of all model-making kits currently available on the market.

Closed in 1949, the Sukhoi Design Bureau was reborn in 1953 to meet an urgent demand for a fast interceptor that would counter the threat posed by NATO bombers. It wasted no time developing a succession of missile-armed, Mach 2 interceptors characterized by delta wings; the single-engined Su-9 entered service in 1960, followed by the up-armed Su-11 in 1964 and the twin-engined Su-15 in 1967. Though built in modest numbers, the three types became an important asset for the Soviet air defence force-particularly the more capable Su-15, which unfortunately became notorious for shooting down two intruding South Korean airliners within five years. The Su-15 outlasted the Soviet Union, the last being retired in 1996. There were also several Sukhoi interceptors that remained in prototype or project form. All known versions are described, as are operational details. The book features many rare and previously unpublished photos.

Under the Lend-Lease agreement with the US during WWII, the Soviet Union received large quantities of war materiel, including many aircraft; the Bell P-39 Airacobra takes a special place among them. The P-39 was dismissed as hardly suitable for combat both by the US and England, who turned it over in large numbers to the USSR. Soviet pilots had different views, though, and achieved excellent results while flying the type; more than twenty Soviet aces flew the P-39. As air combat over the Russian front was conducted mostly at low altitudes, the P-39 came into its own. Innovative tactics and motivation, coupled with the P-39's sturdy construction and adequate firepower, proved successful for the Soviets. The P-39 was in Soviet service since 1942; nearly 5,000 were supplied and used on the Soviet-German front, along with 2,400 P-63 Kingcobras, which saw only limited action against Japan at the close of the war. This detailed, illustrated history features many color side views and previously unpublished photographs.