EXCALIBUR As of December 31, 2010
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Project Manager Combat Ammunition Systems Product Manager Excalibur Product Manager Guided Precision Munitions and Mortar System
AMMUNITION tem (GPS) precision-guidance technology mortar cartridge with 10 meters CEP accu - with an inertial measurement unit to pro - racy to rapidly defeat personnel targets The Program Executive Office for Am - vide accurate, first-round fire-for-effect ca - while minimizing collateral damage. APMI munition (PEO Ammunition) has the mis - pability in an urban setting with accuracy is compatible with U.S. dismounted 120 mm sion to continue being the best provider of better than 4 meters circular error probable weapons and fire-control system, and the conventional, leap-ahead munitions, mor - (CEP). Excalibur is approximately 1 meter Stryker double-V hull mortar carrier and tars, towed artillery systems and counter- in length and weighs 106 pounds. Its ex - fire-control system. It has been successfully improvised explosive device (IED) prod - tended range (up to 40 kilometers) and used in operations in OEF. ucts by fostering innovation and diversity high accuracy result in increased lethality The PGK is a GPS guidance kit with prox- for the warfighter. Project managers within with a decrease in required volume of fire imity and point detonating fuzing func - the PEO are Combat Ammunition Systems, per engagement. Excalibur Increment Ia is tions. It is compatible with existing high-ex - Maneuver Ammunition Systems, Joint Pro - currently completing the last of its full-rate plosive, 155 mm M549A1 and M795 cannon gram Manager Towed Artillery Systems, production, and Excalibur Increment Ib has artillery projectiles. The PGK corrects the Close Combat Systems, Project Director initiated low-rate initial production. ballistic trajectory of the projectile to reduce Joint Services and Project Director Joint delivery errors and improves projectile ac - Products. -
Large Caliber Projectile Fill Adherence
Supporting Munitions Safety Large Caliber Projectile Fill Adherence IMEMTS 2019 Dr. Ernie Baker Warheads Technology TSO [email protected] Explosive Loading Supporting Munitions Safety • Projectiles are filled using three primary methods: pressed, melt pour or cast cure. • Pressed non-adhered fill: M982 Excalibur 155mm - Thick liner (appears to be several mm) with PBXN-9 billet - Not really what we would consider “non-adhered” Excalibur program reportedly decided not to use PBXW-114 as it “seriously failed a setback safety test and was discarded from further consideration”. PBXN-9 was therefore chosen over PBXW-114 and PBXN-112 [Rhinesmith 2003]. Explosive Loading Supporting Munitions Safety • Melt Pour: Typically meant to adhere to the projectile case - But it doesn’t always adhere: bituminous or varnish interior coatings • Some UK melt pour fillings are meant to adhere. • Other UK melt pour fillings are meant not to adhere • Working group to discuss and investigate Base gaps from melt pour explosive fillings x-ray inspection (images provided by ARDEC). Cast Cure Non-Adhered Fillings Supporting Munitions Safety • Cast Cure: Significant number of purposely non-adhered fillings - BAE Systems Land UK loaded 105mm developmental L50: ROWANEX 1100 explosive Was filled using a “flexible shell liner” [Morris 2005] - Eurenco (SME Explosive & Propellants Group SNPE at that time) sometimes fill with a thin liner with cast cure explosive in order to prevent explosive adherence to the case [Freche 2003, Freche 2006] • Noted that it is patented -
ISSUE 5 AADH05 OFC+Spine.Indd 1 the Mortar Company
ARTILLERY AND AIR DEFENCE ARTILLERY ISSUE 5 HANDBOOK HANDBOOK – ISSUE 5 PUBLISHED MARCH 2018 THE CONCISE GLOBAL INDUSTRY GUIDE ARTILLERY AND AIR DEFENCE AADH05_OFC+spine.indd 1 3/16/2018 10:18:59 AM The Mortar Company. CONFRAG® CONTROLS – THE NEW HIGH EXPLOSIVE STANDARD HDS has developed CONFRAG® technology to increase the lethal performance of the stan- dard High Explosive granade for 60 mm CDO, 60 mm, 81 mm and 120 mm dramatically. The HE lethality is increased by controlling fragmentation mass and quantity, fragment velocity and fragment distribution, all controlled by CONFRAG® technology. hds.hirtenberger.com AADH05_IFC_Hirtenberger.indd 2 3/16/2018 9:58:03 AM CONTENTS Editor 3 Introduction Tony Skinner. [email protected] Grant Turnbull, Editor of Land Warfare International magazine, welcomes readers to Reference Editors Issue 5 of Shephard Media’s Artillery and Air Defence Handbook. Ben Brook. [email protected] 4 Self-propelled howitzers Karima Thibou. [email protected] A guide to self-propelled artillery systems that are under development, in production or being substantially modernised. Commercial Manager Peter Rawlins [email protected] 29 Towed howitzers Details of towed artillery systems that are under development, in production or Production and Circulation Manager David Hurst. being substantially modernised. [email protected] 42 Self-propelled mortars Production Elaine Effard, Georgina Kerridge Specifications for self-propelled mortar systems that are under development, in Georgina Smith, Adam Wakeling. production or being substantially modernised. Chairman Nick Prest 53 Towed mortars Descriptions of towed heavy mortar systems that are under development, in CEO Darren Lake production or being substantially modernised. -
Tykistön Ja Kranaatinheittimistön 2010-Luvun Ampumatarvikkeet Ja Niiden Mahdollisuudet Tulenkäytön Kehittämiselle
TYKISTÖN JA KRANAATINHEITTIMISTÖN 2010-LUVUN AMPUMATARVIKKEET JA NIIDEN MAHDOLLISUUDET TULENKÄYTÖN KEHITTÄMISELLE ILKKA IKONEN Kirjaoittaja on kapteeni ja DI ja opiskelee yleisesiupseerikurssilla ABSTRACT In this article we look briefly at the evolution with a large variety of fuzes. In the beginning and revolution of munitions development the fuzes were mainly percussions fuzes even between 20th and 21st centuries by though some of them had delay action. The introducing state of the art munitions for next evolutional step was the use of airburst guns and mortars. More interesting part fuzes. The technology behind airbursts of article demonstrates, with the help traces back to powder train. Clockwork of simulations, how new munitions can mechanisms appeared at the beginning of change the way how we use fire support the 20th Century and electronic time fuzes tactics and techniques. With the help of appeared in the 1980s. The latest evolution the simulation article merges technical of airburst fuzes has been radar fuze which progress and tactics and also attempts to came into service mainly in the 1990s. The close gap between the technical and tactical state of the art fuzes in the 2010s are thinking models. Too often soldiers are course correcting fuzes (CCF), which fit afraid of the technical and maybe the more standard HE projectiles. theory based world and at the same time All in all, the development of fuzes has the technical experts are afraid of taking been mainly evolutional. However, the 1980s steps to the practical world where the revolutionized the artillery and mortar soldiers mostly operate. From history we ammunition development. -
COMPENDIUM of PROBLEM DEFINITION STATEMENTS - VOLUME III (2018) I Serial Topics Problem Pages No Statement No
COMPENDIUM OF PROBLEM DEFINITION COMPENDIUMSTATEMENTS OF - VOLUMEPROBLEM DEFINITIONIII (2018) COMPENDIUMSTATEMENTS OF - PROBLEMVOLUME III DEFINITION (2018) STATEMENTS - VOLUME III (2018) MESSAGE Modernisation and capability development through indigenous technology is an imperative for a nation’s Army to meet its strategic expectations. This calls for a vibrant and responsive defence sector to keep pace with the needs of the Army. The setting up of the Army Design Bureau has provided an institutionalized interface between the Army, Industry and Academia to share each other’s requirements, capabilities and concerns. It will strengthen the efforts of the Army and Industry to achieve self-reliance in defence manufacturing, in sync with the ‘Make in India’ initiative. The compilation of the third volume of ‘Problem Statements’ by the Indian Army is a commendable effort to share its requirements with the academia and the defence industrial base for creating indigenous solutions. It will facilitate a comprehensive insight into the challenges faced by the Army and the opportunities it offers to the Academia and Industry. Confederation of Indian Industry is committed to supporting the “Make in India” program and welcomes this initiative. I would also like to compliment the Society of Indian Defence Manufacturers, for this first public endeavour since its formation, in partnership with the Indian Army. Chandrajit Banerjee Director General, CII MESSAGE To march towards self-reliance in defence manufacturing and align with the ‘Make in India’ initiative of the Prime Minister of India, the Indian army has taken great strides in all strata of inclusive Capability development in the Country. It has exemplified its faith by launching the maximum number of ‘Make’ projects in recent years. -
Army Fires Capabilities for 2025 and Beyond
Army Fires Capabilities for 2025 and Beyond John Gordon IV, Igor Mikolic-Torreira, D. Sean Barnett, Katharina Ley Best, Scott Boston, Dan Madden, Danielle C. Tarraf, Jordan Willcox C O R P O R A T I O N For more information on this publication, visit www.rand.org/t/RR2124 Library of Congress Cataloging-in-Publication Data is available for this publication. ISBN: 978-0-8330-9967-9 Published by the RAND Corporation, Santa Monica, Calif. © Copyright 2019 RAND Corporation R® is a registered trademark. Cover: Army photo by Spc. Josselyn Fuentes. Limited Print and Electronic Distribution Rights This document and trademark(s) contained herein are protected by law. This representation of RAND intellectual property is provided for noncommercial use only. Unauthorized posting of this publication online is prohibited. Permission is given to duplicate this document for personal use only, as long as it is unaltered and complete. Permission is required from RAND to reproduce, or reuse in another form, any of its research documents for commercial use. For information on reprint and linking permissions, please visit www.rand.org/pubs/permissions. The RAND Corporation is a research organization that develops solutions to public policy challenges to help make communities throughout the world safer and more secure, healthier and more prosperous. RAND is nonprofit, nonpartisan, and committed to the public interest. RAND’s publications do not necessarily reflect the opinions of its research clients and sponsors. Support RAND Make a tax-deductible charitable contribution at www.rand.org/giving/contribute www.rand.org Preface This report documents research and analysis conducted as part of a project entitled Army Fires for Army 2025, sponsored by the Field Artil- lery School at Fort Sill, Oklahoma (a part of the U.S. -
On Guidance and Control for Guided Artillery Projectiles, Part 1: General Considerations
On Guidance and Control for Guided Artillery Projectiles, Part 1: General Considerations JOHN W.C. ROBINSON, FREDRIK BEREFELT FOI, Swedish Defence Research Agency, is a mainly assignment-funded agency under the Ministry of Defence. The core activities are research, method and technology development, as well as studies conducted in the interests of Swedish defence and the safety and security of society. The organisation employs approximately 1000 per- sonnel of whom about 800 are scientists. This makes FOI Sweden’s largest research institute. FOI gives its customers access to leading-edge expertise in a large number of fi elds such as security policy studies, defence and security related analyses, the assessment of various types of threat, systems for control and management of crises, protection against and management of hazardous substances, IT security and the potential offered by new sensors. FOI Defence Research Agency Phone: +46 8 555 030 00 www.foi.se Defence & Security, Systems and Technology Fax: +46 8 555 031 00 FOI-R--3291--SE Technical report Defence & Security,Systems and Technology SE-164 90 Stockholm ISSN 1650-1942 October 2011 John W.C. Robinson, Fredrik Berefelt On Guidance and Control for Guided Artillery Projectiles, Part 1: General Considerations Titel Om Styrning av Artilleriprojektiler, Del 1: Generella Overv¨ aganden¨ Title On Guidance and Control for Guided Artillery Pro- jectiles, Part 1: General Considerations Rapportnummer / Report no FOI-R--3291--SE Rapporttyp / Report type Technical report / Teknisk rapport Manad˚ / Month October Utgivningsar˚ / Year 2011 Antal sidor / Pages 29 ISSN ISSN-1650-1942 Kund / Customer Swedish Armed Forces Projektnummer / Project no E20675 Godkand¨ av / Approved by Maria Sjoblom¨ Head, Aeronautics and Systems Integration FOI Swedish Defence Research Agency Defence & Security, Systems and Technology SE-164 90 STOCKHOLM 2 FOI-R--3291--SE Abstract The problem of adding guidance, navigation and control capabiltities to spin- ning artillery projectiles is discussed from a fairly general perspective. -
Fires Bulletin November-December 2011
January - February 2012 A Joint Publication for U.S. Artillery Professionals sill-www.army.mil/firesbulletin/ www.facebook.com/firesbulletin Adapting young leaders through learning, training concepts, the Profession of Arms Campaign Approved for public release; distribution is unlimited. • Headquarters, Department of the Army • PB644-12-1 CONTENTS JANUARY-FEBRUARY Success through Soldiers, leaders 4 By MG David D. Halverson Adaptable, flexible, agile air defense professionals 6 By COL Daniel Karbler Distinguishing the unique profession of field artillerymen 8 By COL Mike Cabrey 10 US Army Air Defense and Field Artillery Award Winners 10 Fires change of command ceremonies An interview with COL Dan Pinnell, US Army Field Artillery 11 2nd BCT, 1st AD brigade combat team commander By Shirley Dismuke Employment of the M982 in Afghanistan: US Army and Marine Corps differences 16 by MG (RET) Toney Stricklin Meeting the fire support challenge 20 By COL Gene Meredith and COL Richard M. Cabrey Things you must get right as a battalion commander 24 By COL Steve Maranian 27 Fires Author’s Guide A chief warrant officer’s advice about promotion boards 28 By CW5 Manuel Vasquez DISCLAIMER: F i r e s , a professional bulletin, is PURPOSE: Founded in 2007, Fires serves as a forum for the professional discussions of all published bimonthly by Headquarters, Department Fires professionals, both active and Reserve Component (RC); disseminates professional of the Army under the auspices of the Fires Center of Excellence (Building 652, Hamilton knowledge about progress, developments and best use in campaigns; cultivates a common Road), Fort Sill, Okla. The views expressed are those of the authors and not the Department understanding of the power, limitations and application of joint Fires, both lethal and of Defense or its elements. -
Autonomous Weapon Systems: Technical, Military, Legal and Humanitarian Aspects
EXPERT MEETING AUTONOMOUS WEAPON SYSTEMS TECHNICAL, MILITARY, LEGAL AND HUMANITARIAN ASPECTS GENEVA, SWITZERLAND 26 TO 28 MARCH 2014 International Committee of the Red Cross 19, avenue de la Paix 1202 Geneva, Switzerland T +41 22 734 60 01 F +41 22 733 20 57 E-mail: [email protected] www.icrc.org © ICRC, November 2014 AUTONOMOUS WEAPON SYSTEMS: TECHNICAL, MILITARY, LEGAL AND HUMANITARIAN ASPECTS EXPERT MEETING GENEVA, SWITZERLAND 26 to 28 MARCH 2014 Autonomous weapon systems: Technical, military, legal and humanitarian aspects. 2 Expert meeting, Geneva, Switzerland, 26-28 March 2014. CONTENTS Introduction and structure of the report 5 Part I: Summary report by the International Committee of the Red Cross 7 Meeting highlights 7 Background 11 Summary of presentations and discussions 12 Part II: Selected presentations 25 Civilian robotics and developments in autonomous systems 25 – Ludovic Righetti Autonomous weapons and human supervisory control 29 – Noel Sharkey Ethical restraint of lethal autonomous robotic systems: Requirements, 33 research, and implications – Ronald Arkin Research and development of autonomous ‘decision-making’ systems 39 – Darren Ansell Can autonomous weapon systems respect the principles of distinction, 41 proportionality and precaution? – Marco Sassòli Increasingly autonomous weapon systems: Accountability and responsibility 45 – Christof Heyns Ethical issues raised by autonomous weapon systems 49 – Peter Asaro Autonomous weapon systems and ethics 53 – Peter Lee Part III: Background paper by the International Committee of the Red Cross 57 Executive summary 57 Introduction 59 Part A: Autonomy in weapon systems 59 Part B: Applying international humanitarian law 74 Part C: Ethical and societal concerns, and the dictates of public conscience 91 Annex 1: Expert meeting agenda 95 Annex 2: List of participants 99 Autonomous weapon systems: Technical, military, legal and humanitarian aspects. -
Artillery in the Digital Age
mil tech Military technology Dr Carlo Kopp Artillery in the digital age The digital age has brought about profound changes in long established areas of weapons technology, and artillery is no exception, with digital technology now penetrating into guided artillery rounds and navigation systems in self propelled artillery pieces. A key milestone was the first operational use of the M982 Excalibur guided artillery round in Iraq during 2007. While laser guided artillery rounds have been in use for decades, newer satellite aided inertially guided rounds offer much more flexibility and genuine all weather operations. Guided artillery rounds, range- extending munitions designs, and advanced navigation equipment have reinvigorated artillery capability, which prior to the post-2001 global counter-insurgency campaign was slowly stagnating. The advent of advanced guided artillery ammunition fundamentally changes how artillery is used, and indeed when it can be used. For decades, artillery pieces could be divided into precise direct fire weapons, such as anti-tank, anti-aircraft and infantry support assault guns along with indirect fire howitzers used to bombard opposing positions from standoff ranges. This division remains although direct fire weapons have increasingly been displaced by modern tank guns or larger calibre weapons on armoured fighting vehicles. Indirect fire weapons, primarily howitzers, dominated artillery through the latter Cold War period but were challenged to compete against aerial bombs delivered by fixed wing aircraft. The niche occupied by these guns contracted to that of sustained area bombardment, as guns could not compete with the raw firepower of bombers, or the precision of aerial smart bombs. A good comparison is that a standard Mk.82 or FAB-250 500 lb class bomb, with around 90 kg of Tritonal or H-6 filler, is effectively five times the weight of a typical 155 mm artillery shell, and it is fifteen times the weight of a typical 105 mm shell. -
Raw Materials in the European Defence Industry
Raw materials in the European defence industry Claudiu C. Pavel & Evangelos Tzimas European Commission, Joint Research Centre Directorate for Energy, Transport & Climate Knowledge for Energy Union Unit - 2016 – Table of contents Acknowledgements ................................................................................................ 2 Executive summary ............................................................................................... 3 1. Introduction ...................................................................................................... 6 1.1 Background ............................................................................................... 6 1.1.1 EU Raw Materials Initiative and critical raw materials ................................ 6 1.1.2 Tackling the raw materials supply risks in Europe's defence industry ........... 7 1.2 Overview of international efforts to identify the raw materials used in the defence industry .............................................................................................. 7 1.3 An overview of the importance of raw, processed and semi-finished materials in the defence industry ................................................................................... 11 1.4 Scope of the study and approach ............................................................... 12 2. Overview of the EU defence industry .................................................................. 14 2.1 General considerations ............................................................................ -
Army's Precision Fires Study
Army’s Precision Fires Study Major General David P. Valcourt Chief of the Field Artillery Create the US ARMY FIELD ARTILLERY CENTER Thunder FORT SILL, OK 1 Transforming Army Indirect Fires • Robust mix of fire support systems is required to address the full spectrum of requirements and mitigate against surprise • Volume, precision, responsiveness (24/7, all weather, all terrain), and range remain critical attributes of a fire support system • Networked and precision fires offer opportunity to disrupt/destroy enemy capabilities at extended ranges and with greater precision Networked through battle command Fully interoperable with Joint systems Mobile (strategic and tactical) Fully integrated with maneuver Lethal (through precision and volume) Precise effects with area options Reduced logistics Ability to mass effects 24/7, all weather, all terrain ToTo achieve achieve Destructive, Destructive, Suppressive Suppressive and andProtectiveProtectiveeffectseffects while while minimizing minimizing Create the collateralcollateral damage damage and and taking taking advantage advantage of of emerging emerging technology technology Thunder 2 Must Deliver Precision Effects . CapabilityCapabilitytoto rapidlyrapidlyandand accuratelyaccurately locatelocate andand attackattack targetstargets withwith thethe requiredrequired operationaloperational responsivenessresponsivenessmatchedmatched toto desireddesired effectseffects(lethal(lethal andand non-lethal)non-lethal) andand thethe greatestgreatest efficiencyefficiency.. MustMust have have these these