A History of the United Kingdom's WE 177 Nuclear Weapons Programme
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AUGUST 2021 May 2019: Admiral Sir Timothy P. Fraser
ADMIRALS: AUGUST 2021 May 2019: Admiral Sir Timothy P. Fraser: Vice-Chief of the Defence Staff, May 2019 June 2019: Admiral Sir Antony D. Radakin: First Sea Lord and Chief of the Naval Staff, June 2019 (11/1965; 55) VICE-ADMIRALS: AUGUST 2021 February 2016: Vice-Admiral Sir Benjamin J. Key: Chief of Joint Operations, April 2019 (11/1965; 55) July 2018: Vice-Admiral Paul M. Bennett: to retire (8/1964; 57) March 2019: Vice-Admiral Jeremy P. Kyd: Fleet Commander, March 2019 (1967; 53) April 2019: Vice-Admiral Nicholas W. Hine: Second Sea Lord and Deputy Chief of the Naval Staff, April 2019 (2/1966; 55) Vice-Admiral Christopher R.S. Gardner: Chief of Materiel (Ships), April 2019 (1962; 58) May 2019: Vice-Admiral Keith E. Blount: Commander, Maritime Command, N.A.T.O., May 2019 (6/1966; 55) September 2020: Vice-Admiral Richard C. Thompson: Director-General, Air, Defence Equipment and Support, September 2020 July 2021: Vice-Admiral Guy A. Robinson: Chief of Staff, Supreme Allied Command, Transformation, July 2021 REAR ADMIRALS: AUGUST 2021 July 2016: (Eng.)Rear-Admiral Timothy C. Hodgson: Director, Nuclear Technology, July 2021 (55) October 2017: Rear-Admiral Paul V. Halton: Director, Submarine Readiness, Submarine Delivery Agency, January 2020 (53) April 2018: Rear-Admiral James D. Morley: Deputy Commander, Naval Striking and Support Forces, NATO, April 2021 (1969; 51) July 2018: (Eng.) Rear-Admiral Keith A. Beckett: Director, Submarines Support and Chief, Strategic Systems Executive, Submarine Delivery Agency, 2018 (Eng.) Rear-Admiral Malcolm J. Toy: Director of Operations and Assurance and Chief Operating Officer, Defence Safety Authority, and Director (Technical), Military Aviation Authority, July 2018 (12/1964; 56) November 2018: (Logs.) Rear-Admiral Andrew M. -
1 P247 Musketry Regulations, Part II RECORDS' IDENTITY STATEMENT Reference Number
P247 Musketry Regulations, Part II RECORDS’ IDENTITY STATEMENT Reference number: GB1741/P247 Alternative reference number: Title: Musketry Regulations, Part II Dates of creation: 1910 Level of description: Fonds Extent: 1 volume Format: Paper RECORDS’ CONTEXT Name of creators: The War Office Administrative history: The War Office was a department of the British Government, responsible for the administration of the British Army between the 17th century and 1964, when its functions were transferred to the Ministry of Defence. The name "War Office" is also often given to the former home of the department, the Old War Office Building on Horse Guards Avenue, London. The War Office declined greatly in importance after the First World War, a fact illustrated by the drastic reductions in its staff numbers during the inter-war period. On 1 April 1920, it employed 7,434 civilian staff; this had shrunk to 3,872 by 1 April 1930. Its responsibilities and funding were also reduced. In 1936, the government of Stanley Baldwin appointed a Minister for Co-ordination of Defence, who worked outside of the War Office. When Winston Churchill became Prime Minister in 1940, he bypassed the War Office altogether and appointed himself Minister of Defence (though there was, curiously, no ministry of defence until 1947). Clement Attlee continued this arrangement when he came to power in 1945 but appointed a separate Minister of Defence for the first time in 1947. In 1964, the present form of the Ministry of Nucleus: The Nuclear and Caithness Archives 1 Defence was established, unifying the War Office, Admiralty, and Air Ministry. -
Freeman's Folly
Chapter 9 Freeman’s Folly: The Debate over the Development of the “Unarmed Bomber” and the Genesis of the de Havilland Mosquito, 1935–1940 Sebastian Cox The de Havilland Mosquito is, justifiably, considered one of the most famous and effective military aircraft of the Second World War. The Mosquito’s devel- opment is usually portrayed as being a story of a determined and independent aircraft company producing a revolutionary design with very little input com- ing from the official Royal Air Force design and development process, which normally involved extensive consultation between the Air Ministry’s technical staff and the aircraft’s manufacturer, culminating in an official specification being issued and a prototype built. Instead, so the story goes, de Havilland’s design team thought up the concept of the “unarmed speed bomber” all by themselves and, despite facing determined opposition from the Air Ministry and the raf, got it adopted by persuading one important and influential senior officer, Wilfrid Freeman, to put it into production (Illustration 9.1).1 Thus, before it proved itself in actuality a world-beating design, it was known in the Ministry as “Freeman’s Folly”. Significantly, even the UK Official History on the “Design and Development of Weapons”, published in 1964, perpetuated this explanation, stating that: When … [de Havilland] found itself at the beginning of the war short of orders and anxious to contribute to the war effort they proceeded to design an aeroplane without any official prompting from the Air Minis- try. They had to think out for themselves the whole tactical and strategic purpose of the aircraft, and thus made a number of strategic and tactical assumptions which were not those of the Air Staff. -
Sac's Kissing Cousins
Ground crewmen bring a British RAF Bomber Command Vulcan V-bomber to a high state of readiness. In case of nuclear war bombers of the British V-force would likely spearhead any retaliatory attack. Vuleans, the world's largest delta. wing bombers, carry either conventional or nuclear bombs internally and one Blue Steel standoff weapon externally. Although there are some misgivings about the future, today's British RAF Bomber Command is decidedly a viable force for the 1960s. Here is a report on the powerful capabilities of the United Kingdom's nuclear aerospace force . SAC'S KISSING COUSINS HE officer commanding, seated in the War Room of his operational control center, reached for the T red phone and spoke an order into it which ener- gized his widely dispersed command. The order was a single word—Scramble! A small but superbly trained band of men sprang into action. With machine precision, they raced By Richard Clayton Peet through prescribed checkout procedures, preparing their planes for flight. Jet engines began their roar. Seconds later, hundreds of aircraft were on the roll. In less than two minutes, a giant nuclear retaliatory armada was airborne. Most Americans would immediately conclude that the situation described was taking place in our own Strategic Air Command. We have become accustomed 28 AIR FORCE Magazine • January 1964 Sir John Grandy, Bomber Commander CinC, credits Valiant, first V-bomber, today is used primarily as a tanker. technical innovation and high crew proficiency with Here a Valiant refuels one of the Vulcans that made the first keeping Bomber Command a viable force in the 1960s. -
MIL-HDBK-1760 Rev. A
Downloaded from http://www.everyspec.com METRIC MIL-HDBK-1760A 10 March 2004 Superseding: MIL-HDBK-1760 15 February 2000 DEPARTMENT OF DEFENSE HANDBOOK AIRCRAFT/STORE ELECTRICAL INTERCONNECTION SYSTEM This handbook is for guidance only. Do not cite this document as a requirement. AMSC: N/A AREA SESS DISTRIBUTION STATEMENT A. Approved for public release; distribution is unlimited. Downloaded from http://www.everyspec.com MIL-HDBK-1760A FOREWORD 1. This handbook was developed by a team including members from the three U.S. military services, the UK MOD, the SAE AS-1B committee, and contractors. It includes information previously published in document ASD-TR-87-5028 with certain elements of ASD-TR-91-5009. Some of this information was also published in DEF-STAN-00-69 (Part II), which is written around MIL-STD-1760B. This revision of this handbook is written around MIL-STD-1760D and assumes that the reader is also reading 1760D. 2. This handbook provides information on the implementation of a standardized electrical interconnection system, as defined by MIL-STD-1760, into both current and future aircraft and stores. It provides guidance on design considerations and options for including the standard interface capability at the aircraft's store stations and for providing a common electrical interface on carriage stores and mission stores. As a handbook, it cannot be invoked as a requirement in a contract. 3. Trends in weapon system designs (aircraft and stores) caused concern over the general proliferation of aircraft-to-store electrical interfacing requirements and the resulting high cost to achieve interoperability between aircraft and stores. -
Cruise Missiles Post World War II
Cruise missiles milestones MILE post STONES World War II Dr Carlo Kopp THE BASIC TECHNOLOGY AND OPERATIONAL CONCEPT OF MODERN CRUISE MISSILES EMERGED DURING THE LATE 1960S, at the peak of the Cold War era. This type of weapon was exemplified by the RGM-109 Tomahawk series, the AGM-86C/D CALCM, the AGM-158 JASSM, and the Russian Kh-55SM Granat. Much less known is the generation of cruise missile technology that supplanted the 1940s era FZG-76/V-1 and its Russian and American clone variants. A good number of the former Soviet weapons of this generation remain in use, some still in production. The aim of all cruise missile designs is to provide a weapon that can strike at a target while not exposing the launch platform to attack by enemy defences, whether the launch platform is an aircraft, surface warship, submarine or ground vehicle. Key parameters in the design of any cruise missile are its standoff range, its accuracy and its survivability against target defences. Increasing standoff range reduces risk to the launch platform while increasing accuracy and survivability reduces the number of launches required to achieve desired effect. The economics of bombardment are simple: the more expensive the weapon employed, the smaller the war stock available for combat at any time, and the longer it takes to replenish this war stock once expended. Northrop SM-62 Snark strategic cruise missile. This enormous 50,000 lb plus GLCM was built to directly attack the Soviet Union from US basing. It introduced the fi rst stellar-inertial guidance system in a cruise missile. -
Your Career Guide
ROYAL NAVAL RESERVE Your career guide YOUR ROLE | THE PEOPLE YOU’LL MEET | THE PLACES YOU’LL GO WELCOME For most people, the demands of a job and family life are enough. However, some have ambitions that go beyond the everyday. You may be one of them. In which case, you’re exactly the kind of person we’re looking for in the Royal Naval Reserve (RNR). The Royal Naval Reserve is a part-time force of civilian volunteers, who provide the Royal Navy with the additional trained people it needs at times of tension, humanitarian crisis, or conflict. As a Reservist, you’ll have to meet the same fitness and academic requirements, wear the same uniform, do much of the same training and, when needed, be deployed in the same places and situations as the regulars. Plus, you’ll be paid for the training and active service that you do. Serving with the Royal Naval Reserve is a unique way of life that attracts people from all backgrounds. For some, it’s a stepping stone to a Royal Navy career; for others, a chance to develop skills, knowledge and personal qualities that will help them in their civilian work. Many join simply because they want to be part of the Royal Navy but know they can’t commit to joining full-time. Taking on a vital military role alongside your existing family and work commitments requires a great deal of dedication, energy and enthusiasm. In return, we offer fantastic opportunities for adventure, travel, personal development and friendships that can last a lifetime. -
Master Narrative Ours Is the Epic Story of the Royal Navy, Its Impact on Britain and the World from Its Origins in 625 A.D
NMRN Master Narrative Ours is the epic story of the Royal Navy, its impact on Britain and the world from its origins in 625 A.D. to the present day. We will tell this emotionally-coloured and nuanced story, one of triumph and achievement as well as failure and muddle, through four key themes:- People. We tell the story of the Royal Navy’s people. We examine the qualities that distinguish people serving at sea: courage, loyalty and sacrifice but also incidents of ignorance, cruelty and cowardice. We trace the changes from the amateur ‘soldiers at sea’, through the professionalization of officers and then ships’ companies, onto the ‘citizen sailors’ who fought the World Wars and finally to today’s small, elite force of men and women. We highlight the change as people are rewarded in war with personal profit and prize money but then dispensed with in peace, to the different kind of recognition given to salaried public servants. Increasingly the people’s story becomes one of highly trained specialists, often serving in branches with strong corporate identities: the Royal Marines, the Submarine Service and the Fleet Air Arm. We will examine these identities and the Royal Navy’s unique camaraderie, characterised by simultaneous loyalties to ship, trade, branch, service and comrades. Purpose. We tell the story of the Royal Navy’s roles in the past, and explain its purpose today. Using examples of what the service did and continues to do, we show how for centuries it was the pre-eminent agent of first the British Crown and then of state policy throughout the world. -
NUCLEAR WEAPONS EFFECTS Introduction: the Energy Characteristics and Output from Nuclear Weapons Differ Significantly from Conve
NUCLEAR WEAPONS EFFECTS Introduction: The energy characteristics and output from nuclear weapons differ significantly from conventional weapons. Nuclear detonations exhibit much higher temperature within the fireball and produce peak temperatures of several hundred million degrees and intense x-ray heating that results in air pressure pulses of several million atmospheres. Conventional chemical explosions result in much lower temperatures and release the bulk of their energy as air blast and shock waves. In an atmospheric detonation, such as was deployed in Japan, it is the blast and thermal component of the nuclear explosion that is the major factor in destruction and death, not nuclear radiation, as the public believes. The effective range of immediate harm to humans from nuclear radiation from the atmospheric explosion is much less than the effective range from blast and thermal heating. In order to limit the discussion of weapons effects to elementary terms, this discussion is based upon a single worst-case scenario. Probably the largest weapon that might be employed against a population would have a yield of less than one-megaton (or 1 million tons of TNT equivalent energy or simply 1 MT). However, a crude terrorist nuclear device would probably be in the range of a few thousand tons of TNT equivalent energy or a few KT). The discussion here is based upon a nuclear detonation of 1 MT. Yield: The destructive power of a nuclear weapon, when compared to the same amount of energy produced by TNT is defined as the ‘yield’ of the nuclear weapon. A 20-kiloton (KT) weapon, such as was detonated over Japan in World War II was equivalent in energy yield to 20,000 tons of TNT. -
The Effects of Nuclear War
The Effects of Nuclear War May 1979 NTIS order #PB-296946 Library of Congress Catalog Card Number 79-600080 For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D C, 20402 — Foreword This assessment was made in response to a request from the Senate Committee on Foreign Relations to examine the effects of nuclear war on the populations and economies of the United States and the Soviet Union. It is intended, in the terms of the Committee’s request, to “put what have been abstract measures of strategic power into more comprehensible terms. ” The study examines the full range of effects that nuclear war would have on civilians: direct effects from blast and radiation; and indirect effects from economic, social, and politicai disruption. Particular attention is devoted to the ways in which the impact of a nuclear war would extend over time. Two of the study’s principal findings are that conditions would con- tinue to get worse for some time after a nuclear war ended, and that the ef- fects of nuclear war that cannot be calculated in advance are at least as im- portant as those which analysts attempt to quantify. This report provides essential background for a range of issues relating to strategic weapons and foreign policy. It translates what is generally known about the effects of nuclear weapons into the best available estimates about the impact on society if such weapons were used. It calls attention to the very wide range of impacts that nuclear weapons would have on a complex industrial society, and to the extent of uncertainty regarding these impacts. -
Downloads of Technical Information
Florida State University Libraries Electronic Theses, Treatises and Dissertations The Graduate School 2018 Nuclear Spaces: Simulations of Nuclear Warfare in Film, by the Numbers, and on the Atomic Battlefield Donald J. Kinney Follow this and additional works at the DigiNole: FSU's Digital Repository. For more information, please contact [email protected] FLORIDA STATE UNIVERSITY COLLEGE OF ARTS AND SCIENCES NUCLEAR SPACES: SIMULATIONS OF NUCLEAR WARFARE IN FILM, BY THE NUMBERS, AND ON THE ATOMIC BATTLEFIELD By DONALD J KINNEY A Dissertation submitted to the Department of History in partial fulfillment of the requirements for the degree of Doctor of Philosophy 2018 Donald J. Kinney defended this dissertation on October 15, 2018. The members of the supervisory committee were: Ronald E. Doel Professor Directing Dissertation Joseph R. Hellweg University Representative Jonathan A. Grant Committee Member Kristine C. Harper Committee Member Guenter Kurt Piehler Committee Member The Graduate School has verified and approved the above-named committee members, and certifies that the dissertation has been approved in accordance with university requirements. ii For Morgan, Nala, Sebastian, Eliza, John, James, and Annette, who all took their turns on watch as I worked. iii ACKNOWLEDGMENTS I would like to thank the members of my committee, Kris Harper, Jonathan Grant, Kurt Piehler, and Joseph Hellweg. I would especially like to thank Ron Doel, without whom none of this would have been possible. It has been a very long road since that afternoon in Powell's City of Books, but Ron made certain that I did not despair. Thank you. iv TABLE OF CONTENTS Abstract..............................................................................................................................................................vii 1. -
OSP11: Nuclear Weapons Policy 1967-1998
OPERATIONAL SELECTION POLICY OSP11 NUCLEAR WEAPONS POLICY 1967-1998 Revised November 2005 1 Authority 1.1 The National Archives' Acquisition Policy announced the Archive's intention of developing Operational Selection Policies across government. These would apply the collection themes described in the overall policy to the records of individual departments and agencies. 1.2 Operational Selection Policies are intended to be working tools for those involved in the selection of public records. This policy may therefore be reviewed and revised in the light of comments from users of the records or from archive professionals, the experience of departments in using the policy, or as a result of newly discovered information. There is no formal cycle of review, but comments would be welcomed at any time. The extent of any review or revision exercise will be determined according to the nature of the comments received. If you have any comments upon this policy, please e-mail records- [email protected] or write to: Acquisition and Disposition Policy Manager Records Management Department The National Archives Kew Richmond Surrey TW9 4DU 1.3 Operational Selection Policies do not provide guidance on access to selected records. 2 Scope 2.1 This policy relates to all public records on British nuclear weapons policy and development. The departments and agencies concerned are the Prime Minister’s Office, the Cabinet Office, the Foreign and Commonwealth Office (Security Policy Department, Defence Department, Atomic Energy and Disarmament Department, and Arms Control and Disarmament Department), HM Treasury (Defence and Material Department), the Department of Trade and Industry (Atomic Energy, and Export Control and Non-Proliferation Directorate), the Ministry of Defence (MOD), the Atomic Weapons Establishment (AWE) and the United Kingdom Atomic Energy Authority (UKAEA).