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PLEASE NOTE: THIS IS VOLUME 1 OF 2. YOU MUST PURCHASE BOTH BOOKS TO HAVE A COMPLETE SET. Developed as both an air superiority fighter and a long-range naval interceptor, Grumman's F-14 Tomcat was the U.S. Navy's primary fighter from 1974 until 2006. Over 700 were built. The F-14 flew its first combat missions shortly after its initial deployment in late 1974, flying in support of the American withdrawal from Saigon. In 1981 it drew first blood, as two F-14s from VF-41 downed two Libyan Su-22s. The plane compiled a notable combat record for the United States in both Gulf Wars and NATO actions in Bosnia. Planes sold to the Shah of Iran prior to his ouster remain the last F-14s in active service, as the U.S. Navy retired it in October 2006. This F-14 pilot's flight operating handbook was originally produced by the U.S. Navy. It has been slightly reformatted but is reproduced here in its entirety. It provides a fascinating view inside the cockpit of one of history's great planes.

The Bailey Bridge is a type of portable, pre-fabricated, truss bridge. It was developed by the British during World War II and saw extensive use by both British and American military engineering units. It had the advantages of requiring no special tools or heavy equipment to construct. The wood and steel structural elements were small and light enough to be carried in trucks, and lifted without requiring the use of a crane. The bridges were strong enough to carry any military load, including tanks. Stories of Bailey Bridges being built and erected during the Second World War are legendary. By the end of the war, the US Fifth Army and British 8th Army had built over 3,000 in Sicily and Italy alone. Today, they continue to be vastly used in civil engineering construction projects and to provide temporary crossings for people and vehicles. Created in 1943, this technical manual reveals a great deal about the Bailey Bridge's design and capabilities. Intended as a manual for those charged with bridge construction, it also details many aspects of bridge maintenance and traffic control. Originally labeled restricted, this manual was declassified long ago and is here reprinted in book form. Care has been taken to preserve the integrity of the text.

In 1877, Ephraim Shay came up with a radical design for a logging locomotive that featured a side-mounted set of cylinders. These drove drive shafts, which powered the wheels of both the locomotive and tender. This "geared locomotive" offered a distinct advantage, in that the entire weight of the engine developed traction. The Lima Locomotive Works of Lima, Ohio, produced the first Shay in 1880. Less than a decade later, the company was producing five different types of Shays, and shipping them throughout the world. The last Shay was built in 1945. Lima produced its last steam engine in 1949, and merged with Baldwin in 1951. This book is a reproduction of two vintage catalogs from the Lima Locomotive Works. The first shows Lima's line of Shay locomotives circa 1921. The second is a spare parts catalog with maintenance information. Featuring descriptive text and photos, this book is a wonderful resource for anyone interested in the age of steam.

The M47 Patton is an American medium tank, the second tank to be named after General George S. Patton, commander of the U.S. Third Army during World War II and one of the earliest American supporters of tanks in battle. It was a further development of the M46 Patton tank. The M47 was the U.S. Army's and Marine Corps' primary tank, intended to replace the M46 Patton and M4 Sherman medium tanks. The M47 was the only Patton series tank that never saw combat while in United States service. Many different M47 Patton models remain in service internationally.The M47 Patton was developed by the Detroit Arsenal, and entered production in 1951. Its main gun was the M36 (T119E1) 90-mm gun with an M12 optical rangefinder fitted. The secondary armament consisted of two .30cal Browning machine guns, one in the bow of the hull and one coaxial machine gun in the turret, and a .50cal Browning M2 on a pintle mount on the turret roof. The M47was the last American designed tank to include a bow machine gun. Created in 1955, this field manual reveals a great deal about the Tank, 90-mmGun, M47's design and capabilities. Intended as a manual for those responsible for both learning and teaching its characteristics, it details many aspects of the M47's fire commands, firing duties, crew drill and service of the piece. Originally labeled restricted, this manual was declassified long ago and is here reprinted in book form. Care has been taken to preserve the integrity of the text.

Equipped with a W38 thermonuclear warhead and with a range of 5,500 nautical miles, the Titan I was the Air Force's first multi-stage intercontinental ballistic missile, and a vital part of America's nuclear arsenal in the years 1961-1965. Designed and built by the Glen L. Martin Company (later Martin Marietta), the HGM-25A/SM-68A missile was the first in a series of Titan rockets. Unlike its later siblings, Titan I utilized non-storable and highly volatile LOX and RP-1 as its propellants. As a result the missile had to be fueled prior to launch - a process that took roughly fifteen minutes. It would then be lifted to the surface by an elevator for launch, a process that made it vulnerable to an enemy first strike. The first successful Titan I launch took place in February, 1959. Within a year the first of 54 missiles were delivered to one of what would eventually be six USAF squadrons. The underground silos that made up the Titan I's launch complexes represented a great leap forward from the "coffin type" semi-hardened containers used to protect the Atlas ICBM. Equipped with an underground control center, powerhouse, antenna silos for guidance radars, and a missile silo fitted with an enormous elevator, the Titan I's design offered unparalleled protection to the launch crew. Yet the fueling protocol and surface-launch design limited its appeal to the Air Force. After only three years of full operation, it was replaced by the Titan II system, which could be launched from subterranean silos and utilized storable propellants.Originally created in 1963, this Titan I technical manual was intended to be used by missile combat crews. It is divided into seven sections describing the overall weapon system including launch complex, structures and subsystems, launch operation plan, normal operating procedures, emergency operating procedures, malfunctions, operating limitations, and crew responsibilities. Originally considered highly classified, this document has never before been available to the general public. Until now.