The Dancing Moon June, 2011
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Los Proyectiles De Artillería Romana En El Oppidum De Monte Bernorio (Villarén, Palencia) Y Las Campañas De Augusto En La Primera Fase De La Guerra Cantábrica
GLADIUS Estudios sobre armas antiguas, arte militar y vida cultural en oriente y occidente XXXIII (2013), pp. 57-80 ISSN: 0436-029X doi: 10.3989/gladius.2013.0003 LOS PROYECTILES DE ARTILLERÍA ROMANA EN EL OPPIDUM DE MONTE BERNORIO (VILLARÉN, PALENCIA) Y LAS CAMPAÑAS DE AUGUSTO EN LA PRIMERA FASE DE LA GUERRA CANTÁBRICA ROMAN ARTILLERY PROJECTILES FROM THE OPPIDUM AT MONTE BERNORIO (VILLARÉN, PALENCIA) AND THE CAMPAIGNS OF AUGUSTUS IN THE EARLY PHASES OF THE CANTABRIAN WAR POR JESÚS F. TORRES -MAR T ÍNEZ (KECHU )*, AN T XO K A MAR T ÍNEZ VELASCO ** y CRIS T INA PÉREZ FARRACES *** RESU M EN - ABS T RAC T El oppidum de Monte Bernorio es conocido como una de las ciudades fortificadas de la Edad del Hierro más importantes del cantábrico. Domina una importante encrucijada de pasos a través de la Cordillera Cantábrica que per- mite la comunicación entre la submeseta norte y la zona central de la franja cantábrica. La conquista de este oppidum resultó esencial, como demuestran las recientes campañas de excavación arqueológicas, durante las campañas mili- tares que el emperador Octavio Augusto desencadenó contra Cántabros y Astures. Se presentan en este trabajo nuevas informaciones relacionadas con la conquista del núcleo por parte de las legiones romanas y de los restos de armamento localizados en las excavaciones, en especial de los proyectiles de artillería empleados en el ataque. La presencia de proyectiles de artillería de pequeño calibre indicaría el empleo de este tipo de máquinas en época altoimperial. The oppidum of Mount Bernorio is known as one of the most prominent fortified sites in the Iron Age in the Cantabrian coast. -
A Reconstruction of the Greek–Roman Repeating Catapult
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Archivio della ricerca - Università degli studi di Napoli Federico II Mechanism and Machine Theory 45 (2010) 36–45 Contents lists available at ScienceDirect Mechanism and Machine Theory journal homepage: www.elsevier.com/locate/mechmt A reconstruction of the Greek–Roman repeating catapult Cesare Rossi *, Flavio Russo Department of Mechanical Engineering for Energetics (DIME), University of Naples ‘‘Federico II”, Via Claudio, 21, 80125 Naples, Italy article info abstract Article history: An ‘‘automatic” repeating weapon used by the Roman army is presented. Firstly a short Received 21 February 2009 description is shown of the working principle of the torsion motor that powered the Received in revised form 17 July 2009 Greek–Roman catapults. This is followed by the description of the reconstructions of these Accepted 29 July 2009 ancient weapons made by those scientists who studied repeating catapults. The authors Available online 4 September 2009 then propose their own reconstruction. The latter differs from the previous ones because it proposes a different working cycle that is almost automatic and much safer for the oper- Keywords: ators. The authors based their reconstruction of the weapon starting from the work of pre- History of Engineering vious scientists and on their own translation of the original text (in ancient Greek) by Ancient automatic weapons Mechanism reconstruction Philon of Byzantium. Ó 2009 Elsevier Ltd. All rights reserved. 1. Introduction Among the designers of automata and automatic devices in ancient times Heron of Alexandria (10 B.C.–70 A.D.) was probably the best known. -
The Xanten-Wardt and Carlisle Catapult Finds
The Xanten-Wardt Roman torsion catapult and catapult parts from Carlisle Alan Wilkins The Xanten-Wardt frame from a Roman torsion bolt-shooting catapult of the 1st century AD was discovered in 1999 in a gravel quarry in north west Germany at 51˚ 40ˈ N, 6˚ 27ˈ E. The site was once an arm of the Rhine, but is now the Südsee, a water-sport lake NNE of the Xanten Archaeological Park. The sumptuous official report on the find has now been published by Verlag Philipp von Zabern as Xanten Berichte Band 18: Die Frühkaiserzeitliche Manuballista Aus Xanten-Wardt. This exciting discovery has added far more to our understanding of these machines than previous finds of catapult frame parts from Ampurias, Caminreal and elsewhere. Not only has the metal plating survived, but for the first time the wood of the frame and the front end of the slider and stock have been preserved. The iron and bronze plating includes the battle shields for the spring-cord, organic material from which has been identified by electron microscope as sinew rope. The four bronze washers and washer-bars are there, with one complete washer pin and two broken ones. Fig. 1 The Xanten-Wardt frame after conservation (Maarten Dolmans) Most of the Xanten-Wardt report is rightly devoted to the details of the long and painstaking recovery of the machine from its coffin of solidified sand, grit and pebbles. X- rays and CT scans were used to locate the buried parts, in order to guide the delicate task of removing the concretion. -
Download Information Pack
THE ERMINE STREET GUARD INFORMATION PACK CONTACT DETAILS E-Mail - [email protected] Website - www.erminestreetguard.co.uk Telephone - 01452 862235 About The Ermine Street Guard Since its formation in 1972, the Guard has become the leading society studying the Roman Army and its equipment. Authenticity and Research Each piece of kit is made as authentically as is practicable based on recent research. The majority of the equipment is made by Guard Education members to high standards of workmanship Public displays are given at major Roman sites throughout Great Britain and Eu- and accuracy and is continually being added rope. The displays include aspects of the Roman soldier’s training, the shooting to and improved as new information and finds of artillery pieces and a static army camp display. At selected venues the Guard become available. The Guard works closely is also joined by fully equipped Roman cavalrymen. with leading academics in the field to ensure the kit is correct based on current research. Please contact the Guard for further details of venues or visit the website. Roman Officers Centurio The Centurio was the Officer in charge of a Century of 80 men. A Century never consisted of 100 men, and in Republican times only consisted of 60 men. The Centurio was normally a career soldier who had worked his way up through the ranks and was tough and experienced. In battle he would lead from the front, which meant they had a high mortality rate. The equipment reflected his high status and was designed to make him easy to pick out in battle. -
Roman Soldier Germanic Warrior Lindsay Ppowellowell
1st Century AD Roman Soldier VERSUS Germanic Warrior Lindsay Powell © Osprey Publishing • www.ospreypublishing.com 1st Century ad Roman Soldier Germanic Warrior Lindsay PowellPowell © Osprey Publishing • www.ospreypublishing.com INTRODUCTION 4 THE OPPOSING SIDES 10 Recruitment and motivation t Morale and logistics t Training, doctrine and tactics Leadership and communications t Use of allies and auxiliaries TEUTOBURG PASS 28 Summer AD 9 IDISTAVISO 41 Summer AD 16 THE ANGRIVARIAN WALL 57 Summer AD 16 ANALYSIS 71 Leadership t Mission objectives and strategies t Planning and preparation Tactics, combat doctrine and weapons AFTERMATH 76 BIBLIOGRAPHY 78 INDEX 80 © Osprey Publishing • www.ospreypublishing.com Introduction ‘Who would leave Asia, or Africa, or Italia for Germania, with its wild country, its inclement skies, its sullen manners and aspect, unless indeed it were his home?’ (Tacitus, Germania 2). This negative perception of Germania – the modern Netherlands and Germany – lay behind the reluctance of Rome’s great military commanders to tame its immense wilderness. Caius Iulius Caesar famously threw a wooden pontoon bridge across the River Rhine (Rhenus) in just ten days, not once but twice, in 55 and 53 bc. The next Roman general to do so was Marcus Agrippa, in 39/38 bc or 19/18 bc. However, none of these missions was for conquest, but in response to pleas for assistance from an ally of the Romans, the Germanic nation of the Ubii. It was not until the reign of Caesar Augustus that a serious attempt was made to annex the land beyond the wide river and transform it into a province fit for Romans to live in. -
So You Want to Build an Onager Brian Lapham Lord Doughal Stewart
Catapulta So you want to Build an Onager By Brian Lapham Also known as: Lord Doughal Stewart Copyright ©2003 Fowl Farms Publishing A division of Fowl Farms Inc. 1 Contents Getting Started 1 Firing 23 Background 1 Preparing for a live shoot 23 What do you want your catapult to do? 2 Tensioning the skein 23 How will you transport it? 2 Aiming and firing 23 Where will you store it? 2 Tweaking 24 What are those parts called, anyway? 3 What will it look like? 4 Calculating the dimensions 4 Making plans 6 Conclusion 25 Choosing materials 7 Tools 8 Book sources A Construction 9 Internet sources A Main frame 9 Subsidiary structure and buffer 11 Parts list B Throwing arm 12 Torsion hardware 14 Additional schematics C Attaching the skein and arm 15 The winch 16 Sling 18 Pouch shape 18 Sling length 19 Sling stability 19 How to build a sling 19 Projectile ramp 20 Wheels 21 Projectiles 21 Finishing work 22 Getting Started So how long have you wanted to fling things? I’ve had the urge for this since I was in elementary school. My interest was re-peaked when I saw a Saturday Night Live sketch which was a commercial spoof for a backyard catapult to launch your trash into your neighbor’s yard. But it wasn’t until 1994, after I’d been in the Society for Creative Anachronism for a couple of years, when I went to my first Estrella war and saw a catapult powered by garage door springs. That was when I decided to make catapults the focus of my SCA hobby. -
Scientific American 95
Scientific American 95 THE ",ROMAN ORDNANCE" AT THE SAALBURG. second century B. C. (I. Macc. 6.51) but even in the if the stick is withdrawn a little way and suddenly re BY PROF. RUDOLF SCHNEIDER. eighth century B. C. (II. Chron. 26.15). It seems not leased,. its longer end flies around alld strikes sharply For many years the German government has been unlikely, therefore, that the Greeks merely adopted on the edge of the nutshell, producing a loud sound carrying on a systematic exploration of the ruined and perfected an ancient device of Oriental invention. pleasing to youthful ears. fortifications along the line of the Roman military This plaything, if constructed on a larger scale of frontier (linies imperii Romani), extending from the stronger materials, with a sling attached to the free Danube near Regensburg to the Rhine near Neuwied, end of the stick, would fairly represent the simplest a distance of 340 miles. The work received a new im form of tormentum, the onager, or machine sling (Fig. petus a few years ago when the Kaiser ordered the 3). This machine was employed to hurl great stones restoration of the best preserved fort, the Saalburg against walls and towers for the purpose of shattering on the Taunus ridge near Frankfurt, in order that it them or making a breach. The base of the onager is might serve at once as a model of a Roman fortress formed of two parallel heavy timbers, joined by cross and as a museum for antique objects of interest dis pieces at their ends and pierced in the middle by holes covered in the course of the explorations. -
Strategies of the Second Punic War
STRATEGIES OF THE SECOND PUNIC WAR Lieutenant-Colonel Daniel R. Stepaniuk JCSP 40 PCEMI 40 Master of Defence Studies Maîtrise en études de la défense Disclaimer Avertissement Opinions expressed remain those of the author and do Les opinons exprimées n’engagent que leurs auteurs et not represent Department of National Defence or ne reflètent aucunement des politiques du Ministère de Canadian Forces policy. This paper may not be used la Défense nationale ou des Forces canadiennes. Ce without written permission. papier ne peut être reproduit sans autorisation écrite. © Her Majesty the Queen in Right of Canada, as represented by the © Sa Majesté la Reine du Chef du Canada, représentée par le Minister of National Defence, 2014 ministre de la Défense nationale, 2014 Strategies of the Second Punic War Daniel R. Stepaniuk, CD Lieutenant-Colonel Master of Defence Studies Angelo N. Caravaggio OMM, CD, Ph.D July 1, 2014 1 Table of Contents Introduction…………………………………………………………………………..….. 2 Political and Economic Strategy………………………………………………..……….. 22 Military Strategy………………………………………………………………..……….. 43 Conclusion…………………………….…………………………………………..….…. 84 Selected Bibliography……………………………………………………………..…….. 89 2 Part 1 Introduction 3 Introduction The Second Punic War between Carthage and Rome has captured the interest of historians and military leaders alike for centuries. The boldness and suddenness of the Carthaginian invasion shocked the Roman world in the third century B.C.1 and was quickly followed up by an unprecedented series of Carthaginian victories, -
Introducción a La Artillería De Torsión1
GLADIUS Estudios sobre armas antiguas, arte militar y vida cultural en oriente y occidente XXXI (2011), pp. 57-76 ISSN: 0436-029X doi: 10.3989/gladius.2011.0003 INTRODUCCIÓN A LA ARTILLERÍA DE TORSIÓN1 AN INTRODUCTION TO TORSION ARTILLERY POR AITOR IRI A RTE KORT A Z A R * RESUMEN - ABSTR A CT La artillería de torsión grecorromana es un campo tan apasionante como poco estudiado en la bibliografía espa- ñola. Del siglo IV a.C. al VI d.C., la evolución de este tipo de armamento —diseñado para lanzar dardos o piedras— está jalonada de hallazgos técnicos que la sitúan en la vanguardia de la ingeniería Clásica. Este artículo no pretende más que ayudar a quienes están interesados en el tema a familiarizarse con las nociones más básicas y suministrar, a quienes quieran profundizar más en él, la bibliografía más completa que me ha sido posible reunir. Spanish bibliography hardly ever deals with Greco-Roman torsion artillery. This paper aims to fill that void, even if at a very basic level, and to furnish the reader with an up-to-date bibliography. PA L A BR A S CL A VE - KEYWORDS Grecia; Roma; artillería; neurobalística. Greece; Rome; Artillery; Neuroballistics. DESARROLLO HISTÓRICO2 No es el objeto de este artículo hablar acerca del arco, pero, al estar en éste el origen de la artillería de torsión, no considero procedente pasarlo totalmente por alto. El principio de 1 Escribí este texto el año 2000, para el Segundo Coloquio Internacional sobre la Romanización en Euskal Herria, con la intención de arropar una comunicación aislada que se presentaba allí sobre artillería de torsión y tras constatar el vacío casi absoluto existente entonces en la bibliografía hispánica en ese campo. -
Weapons of the Romans Michel Feugere
Weapons of the Romans Michel Feugere To cite this version: Michel Feugere. Weapons of the Romans. Tempus, 2002. <halshs-00007319> HAL Id: halshs-00007319 https://halshs.archives-ouvertes.fr/halshs-00007319 Submitted on 9 Apr 2006 HAL is a multi-disciplinary open access L'archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destin´eeau d´ep^otet `ala diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publi´esou non, lished or not. The documents may come from ´emanant des ´etablissements d'enseignement et de teaching and research institutions in France or recherche fran¸caisou ´etrangers,des laboratoires abroad, or from public or private research centers. publics ou priv´es. Michel Feugère The Arms of the Romans Translated from the French by David G. SMITH, BA, FRNS Page facing ‘Contents’ (such indications refer to the French Edition, Errance 1993) Cover Illustration Mid-third century cavalryman equipped to participate in the hippika gymnasia, after a drawing by P. Connolly for the Römisch-Germanisches Zentralmuseum, Mainz, reproduced here with their kind permission. The chamfron and the medallion on the horse, the face helmet and the leg protectors were found in the Straubing Hoard (Keim and Klumbach, 1951). The painted shield comes from excavations at Dura-Europos, after the preliminary field reports from 1933-34 and 1934-35, published in 1939. With reference to the overall appearance of the cavalryman, the number of javelins and the way they are held in the left hand together with the shield, see Arrian, Tactica, who describes these equestrian games in detail. -
A Suggested Reconstruction of Vitruvius' Stone-Thrower
A suggested reconstruction of Vitruvius’ Stone-thrower: de Architectura X, 11, 4 - 9 Alan Wilkins With a full-size 2 librae version constructed by Len Morgan Figure 1: Len Morgan with the Mk I 2 librae Vitruvian ballista, based on the writer‟s interpretation of the evidence and model, and modifications resulting from Len‟s experience of building at full-size. The Mk II version to be tested in September 2011 incorporates further adjustments, including a revised design of bowstring. INTRODUCTION The ballista, the stone-throwing catapult described by Augustus‟ artillery engineer Vitruvius, is a far more complex machine than the bolt-shooting catapulta. All attempts to reconstruct the latter are now able to make use of the exciting evidence of parts of three front frames discovered at Ampurias, Caminreal and Xanten. Unfortunately no finds of parts from the Vitruvian ballista have been identified to date. The catapult has to be reconstructed from the Latin text of Vitruvius and the description in Greek by Philon of an earlier version of the machine; both engineers give details of parts and their dimensions. The Greek text of the third engineer, Heron of Alexandria, does not list sizes, but offers highly valuable information about the functioning of individual parts, problems that may be encountered, etc.. Furthermore Heron‟s diagrams have survived in the manuscripts, whereas those that originally accompanied Vitruvius‟ and Philon‟s texts are lost. It might seem unsafe to attempt to reconstruct this complex machine solely from verbal descriptions in copies of manuscripts where accompanying diagrams are missing and parts of the text and the numerals recording sizes have become corrupt. -
(NRCE) Study Guide – Advanced Level
National Roman Civilization Exam (NRCE) Study Guide – Advanced Level By Connor Harrison and José Molina This study guide is meant to be good approximation of the material needed to know for the NRCE exam. It is not meant to be fully comprehensive, but should cover most things that could be asked on the exam for Roman History and Roman Life. This guide is adapted from Connor Harrison’s Roman History Notes and José Molina’s Roman Life Notes. Please note that Ancient Geography, although asked on the NRCE, is not yet included in this version of the study guide. Ancient Geography includes, but is not limited to, directions to and from ancient locations, modern names of ancient cities (and vice versa), and names and destinations of ancient Roman roads. 1 Roman History By Connor Harrison MONARCHY (753-510 B.C.) 7 KINGS - Romulus o Lineage . Mother was Rhea Silvia, father was Mars (the God) Rhea Silvia was the daughter of Numitor, whose brother Amulius had stolen the throne of Alba Longa Romulus and his brother Remus were thrown into the Tiber River, recovered by a she-wolf, and raised by the shepard Faustulus The wife of Faustulus was Acca Larentia o Romulus and Remus . Romulus had a brother, Remus . There was a dispute over where the city would be settled, so Romulus settled the Palatine hill, Remus settled the Aventine hill . According to one account, Romulus is said to have seen 12 vultures while Remus was said to have seen 6, meaning Romulus had superior augury and had say over where the city should be .