This is aircraft was to replace the AJ-1/2 and the A3D as a nuclear attack bomber. This twin engine bomber carried the Linear Bomb (nuclear weapon) was carried between the two J78-GE-8. It was also used as a tanker, a Photo Recon and ECM. This was the second heaviest aircraft excepted by the Navy the first being the A-3. The first prototype flew August 31, 1958 and deliveries started in 1960 to VAH-7. The new USS Enterprise was the first ship to deploy the A-5.

Developed from the A-5 nuclear bomber and used in a reconnaissance role, the RA-5C Vigilante was the largest and fastest aeroplane ever to operate from the deck of an aircraft carrier. During the Vietnam War it sustained the highest loss ratio of any American aircraft in that conflict. This volume includes compelling accounts of combat missions over key communist targets, where crews dodged Surface-to-Air Missiles (SAMs) and anti-aircraft fire to secure all-important mission photographs. Written by a Vigilante combat veteran this book is crammed full of action-packed first-hand accounts.

This aircraft was to replace the AJ-1/2 and the A3D as a nuclear attack bomber. This twin engine bomber carried the Linear Bomb (nuclear weapon) between the two J78-GE-8. The bomb was dropped/ejected horizontally out the rear of the fuselage. The aircraft was also used as a tanker, a Photo Recon and ECM. This was the second heaviest aircraft accepted by the Navy the first being the A-3. The first prototype flew August 31,1958 and deliveries started in 1960 to VAH-7. The new USS Enterprise was the first ship to deploy the A-5.

North American's A-5 Vigilante served for nearly two decades as an all-weather supersonic strike aircraft and reconnaissance platform. An outgrowth of studies begun in 1953, the prototype first flew in 1958. Originally designed to operate as a nuclear delivery system, the Vigilante was at the time of its introduction the largest and most complex aircraft to operate from a carrier. Carrying a crew of two, the Vigilante was equipped with two General Electric J-79 turbojets, and utilized a single tailfin. It featured a high-mounted swept wing with aluminum-lithium alloy skins and no ailerons. The Vigilante featured cutting-edge technology and was one of the first aircraft to use fly-by-wire systems and a heads-up display, as well as inertial navigation among other advanced systems. The Vigilante's bomb bay was located between the aircraft's engines, giving it a streamlined appearance and making the large aircraft surprisingly agile. As a result of shifts within the Navy's nuclear strategy brought on by the advent of the nuclear ballistic missile submarine, the A-5 never served in a strategic role. Instead most were converted to the RA-5C reconnaissance platform. Beginning in 1964, Vigilantes flew missions in Vietnam. Although extremely fast and maneuverable, the RA-5C's combat record was far from stellar. Difficult and expensive to maintain in the field, the Vigilante also compiled a dubious loss record. Out of 156 built, 18 aircraft were lost in combat and nine more succumbed to accidents during the Vietnam conflict. After 1974, a phase out of the Vigilante began with smaller, less complex fighter aircraft taking on the recon role. The RA-5C was deployed for the last time in 1979. Originally printed by the U.S. Air Force, this A-5A Vigilante flight operating manual taught pilots everything they needed to know before entering the cockpit. Originally classified "Restricted", this manual was declassified long ago and is here reprinted in book form.

Based on a 15-year successful approach to teaching aircraft flight mechanics at the US Air Force Academy, this text explains the concepts and derivations of equations for aircraft flight mechanics. It covers aircraft performance, static stability, aircraft dynamics stability and feedback control.

"This book provides information on North American's Mach-2 A3J/RA-5C from author Robert "Boom" Powell, a US Navy carrier pilot who flew Vigilantes during his second combat tour in Vietnam. He skillfully weaves together historical facts and detailed information with never-before-published photographs to produce the definitive work on this historic aircraft"--

Eight commercially available ceramic materials were procured and evaluated for potential application as gun barrel liners. These materials included an alumina, zirconia, and SiAlON, as well as three silicon carbides and two silicon nitrides. Preliminary evaluation determined the strengths, fracture toughness, Vickers hardness, thermal conductivity, specific heat, and linear coefficient of thermal expansion. An uncensored Weibull analysis was performed on all of the strength data. These databases were developed for use in the probabilistic modeling and design efforts of the program to predict performance, identify optimum gun barrel designs, and to rank and down select ceramics for further evaluation.