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The article deals with the artillery manual gunnery in accordance with the modernization of the czech artillery. The article describes the results of research aimed at innovating manual (alternative) methods of determining the firing data so that they are applicable on the contemporary battlefield and are compatible with the nature of the data used by artillery within the NATO. The issue of the article is aimed primarily at determining the firing data by the use of meteorological techniques, while presenting the outputs of a comparative analysis of procedures used in the czech artillery with the procedures applied by the US army. The main contribution of the article is a critical evaluation of the approaches of both armies and a proposal for innovation of existing procedures so that the most beneficial requirements are applied and negatives are eliminated.

The article deals with the possibility of using artillery fire with the multiple round simultaneous impact, for artillery weapon systems currently used in the Army of the Czech Republic. It aims to analyze the existing artillery procedures and then describe the possibilities, benefits and possible negatives of multiple rounds simultaneus impact fires. In the end, specific requirements are set that must be met for the effective use of fire with the simultaneous impact of missiles with currently used artillery weapon systems.

The study presents a meritorious view of the traditional operational factors of space, time and force. On the background of the first and second phases of the War in Ukraine, it examines how the relevant factors shape the use of military force in operations, clarifies their mutual correlation, interference, application connections and also causality. The results of the study demonstrate the necessity of a correct and holistic perception of operational factors for effective deployment and employment of military forces in the contemporary operating environment. The main benefit of the study, applying the heuristic and inventive function of analogy from the open sources of available identified knowledge from the deployment of military forces in the War in Ukraine, is the mediation of model examples of a comprehensive vision of the effects of how operational factors shape the use of military force in contemporary high-intensity warfare operations.

The goal of this article is to evaluate the portion and content of articles focused on the artillery in military journals, especially in the Vojenské rozhledy in the period of the 1920 to the present. Articles are evaluated in three periods. The first one includes years 1920-1944, meaning times since establishment of the Czech military review until its cancellation before the end of World War 2. Next period includes years 1951-1991 when magazine called Vojenská mysl had been issued as a replacement of Czech military review. Additionally, in years 1951-1988, the magazine called Bojová příprava had been issued. The third period begins by the year of 1992, when Czech military review has started to be issued again. In addition to that, in the same year, magazine called Vojenský professional was issued, but this magazine was implemented to Vojenské rozhledy in 2003. Particular focus is given on the first period, which could be considered as a period of the biggest growth in the Czech artillery.

The article deals with current state of infantry fighting vehicles training and evaluates current status of training documentation (mainly based on own experience). It focuses on the development of crew training mainly based on example of wheeled IFV PANDUR II. The goal of the paper is open a professionally discussion on the topic the IFV´s crew training. Mainly evaluates training maps, which the author regards as essential.

In this article the author thinks over one of many variants the mortar units could be deployed into battalion combat task forces to support developing operations. It is a process of gradual compatibility with the units of North Atlantic Alliance and modernizing mortar weapons system with regard to prospective personnel reductions. It is important for joint commanders to be familiar with this kind of combat support, so that they could use it effectively in land operations.

The article discusses advanced aspects in urban operations for presumed military robotics applications. The rise of city population and increasing number of cities stands new treats for warfare. First part of the article reminds steep rise of population and populated urban areas, dangers for today's deployed troops are shortly discussed in the second part, outlining some features there. Results lead to a possible solution of upgrading combat-space awareness, multiplying firepower capacity and combat support. Two examples of Unmanned Ground Vehicles in next part present the possible way of future development and finally conclusion outlines required characteristics for these UGVs during urban operations.

The paper focuses on issues related to possibilities of use of mine delivery systems within the Czech Armed Forces. Its content is aimed on technical and tactical capabilities of the mine launcher MV-3 during the placement of anti-tank minefields according to the desired effect on the enemy. On the basis of indicative calculations this paper presents limited possibilities and abilities of the Czech Armed Forces Corps of Engineers within the area of remotely placement mine fields and the use of the mine launcher MV-3, which is currently the only special established means for fulfilling this task. This fact has a significant impact on tactical deployment of countermobility engineer units during carrying out their missions.

The article is concentrated on explaining the most important provisions during the preparation and control of shooting procedures, targeting, effective fire, namely during shelling with reference to depth and width of target. First, the authors introduce security regulations, followed by main features of fire control: meteorological preparation, ballistic preparation and other elements of fire. Mortar battery uses distributed fire by platoons, sections or lines. The authors offer several fire tables, schemes, and artillery charts. The basic requirement for deployment of artillery is its effectivity, which presupposed flawless knowledge of shooting rules and their masterly implementation in practice.

Infantry company urban operations training experience shows that effective training requires interaction of doctrine with equipment and structure of units. NATO standards must be further developed at the national level to match the technology and organization of own units. Training requires elaboration of training manuals that contain specific tactical exercises for standardized training facilities. Experienced training instructors should focus on the preparation of organic units. Transferring experience from instructors directly to organic units is more efficient than preparing individuals in professional courses.

The article aims to explain the possibility of calculating the perpendicular distance of object (observation, building etc.) from the barrel of fire artillery. The advancement calculation is not included in any legislation addressing the issue of fire safety in the barrel artillery. This paper discusses the mathematical reasoning and calculations that are useful in the preparation of documentation for shooting in the time preparation of shootings. The derived formula can be used by judges when firing safety control shooting.

From research reports cited in this article, the period of six months seems to be suitable time for the deployment abroad. A soldier should not be redeployed for at least one year, following his previous mission. The majority of soldiers cope with deployments well and without any psychopathology. Most reported mental problems are alcohol misuse, followed by posttraumatic stress disorder (PTSD) and by the depression. Alcohol seems be even the higher risk for soldiers less exposed to combat stressors (e.g. fire), but more to chronic stressors (boredom, isolation, helplessness) than PTSD for a soldier in action. Therefore pre-deployment training of our soldiers should be more devoted to mental health aspects, starting with alcohol overuse.

Although private military companies like the former Blackwater were regarded as a relatively new phenomenon in international security, their history is not new. The participation of private individuals, and /or groups of private individuals, soldiers of fortune, in "foreign" armed conflicts is at least as old as the history of wars by itself. It is impossible to open a debate about the scope and possible impact of the current use of private military and security companies without knowing and evaluating their long-term historical developments. The goal of this study is therefore to map the history of the use of private military forces, their involvement in various conflicts, services they offer, among others, from the point of international law.

The purpose of this article is to explain methods of the application of artillery fire, according to the width and shape of targets by artillery regiment (without rocket battery) and by artillery battery, if components/data for effective fire are set by substitute means, without computer with respective SW. The assignment of optimal method of artillery fire and its professional implementation has a great influence on FFE (fire for effect). For the sake of economy, live firing practice is executed only to a limited extend. Most of activities are carried out only in the field of command skills, keeping documents, commanders' performance and training gun crews; their reactions to commands and orders. The article is accompanied by several tablets with data concerning application of artillery fire, variable data for aiming devices, adjusted ranges of fire, widths of target divided into several sheaves of fire (converge sheaf, sheaf for target width), their corrections.

It is an age-old problem, how to identify someone or something, to prevent from incidents, in which friendly forces fire on their own troops or vehicles by mistake, because of tiredness, exhaustion, psychological stress, technological defects, unforeseen circumstances, etc. Although there exists a technology carried specifically in an aircraft, combat vehicles, that utilizes coded radio signals to identify other friendly units, adopted measures are not always successful. In NATO, we have standardized systems for such identification: BTID-Battlefield Target Identification Device (for identification of vehicles and helicopters, STANAG 4579); and DSID-Dismounted Soldier Identification Device (for identification soldiers, STANAG 4630). At present, Germany (together with the United States) is in the lead of development system IFF. Systems are conceptually, technologically and tactically synthesized into ZEFF (ZielErkennung Freund-Feind), common for vehicles, helicopters, soldiers, as well as vehicles beyond the area of forces deployment. Source: Europäische Sicherheit magazine, 4/2006.

The paper deals with the assessment of extremism in connection with the Czech Armed Forces. It analyses attitudes of various forms of Czech domestic extremist movements to the military sphere and possible impacts of the infiltration of extremists into the army, namely in time of danger (training militant activities, including paramilitarism, subversion, espionage, etc). The most important problem of the contemporary Czech counter-extremist policy in this area is the rise of neo-Nazi activities in the armed forces and the establishing of extreme right paramilitary units which take interest in the engagement of soldiers. Even though these activities are limited in our country, the author offers overall survey various obscure organizations, having connections to foreign groups sponsoring their Czech counterparts.

This essay is based upon the article by Lt.Col. Peter Zillmer, German military journal Europäische Sicherheit, No. 8/2007. The point is as follows: anti-air defence faces qualitative new tasks, this new qualitative level is constituted by the fact that anti-air defence has only few second to prepare all elements for direct firing against attacks of undirected rockets, mortar mines, launched by asymmetric enemies. It is the question of reconnaissance, and early warning, command and control of fire. NATO's programme Defence Against Terrorism results were demonstrated at air firing range in spring 2007. Coalition forces in Iraq are exposed to permanent mass rocket attacks from the part of insurgents, so they use system Phalanx LPWS, originally developed for direct ship defence. The article further enumerates other systems in use: German FüWES, Swiss Skyshield, and so on.

The act of making up commander's mind is one of most important roles of leaders/managers. The science of managing or controlling ought to be employed even in everyday life of the military. The skilful or resourceful use of materials, time, etc. are the main characteristics of command and control. The purpose of this article is to outline connections in management theory, namely managerial posts, coupled with command. How we can use management theory in shooting drills or marksmanship theory in commander's decisionmaking. The authors explain sequential managerial functions, planning, organizing, staffing, analysis and their implementation into shooting practice. The article is accompanied by several schemes. This exercise can be also used in modelling of combat clashes, as a part of simulations in computers and as a factor of the professional preparation of servicemen.

This operation was led by Germany, and made up of elements contributed by twenty EU nations; as well as Turkey and Switzerland. The EU deployed FHQ in Kinshasa and simultaneously kept the over-the-horizon force in Gabon, in order to ensure a deterrent capacity and to avoid unnecessary heavy military presence in Kinshasa. After Operation Althea in Bosnia and Herzegovina, the EUFOR RD Congo was a second EU largest military operation, involving a total of almost 3,000 soldiers and officers). The co-operation with MONUC was decisive in containing the potential spread of violence at a particularly sensitive moment in the election process. The operation demonstrated the EU ability to successfully conduct medium scale autonomous multinational operations within a planned time frame under the UN mandate. The views expressed in this assessment are those of the author and do not reflect the official policy or position of EU Military Structure or the Czech Ministry of Defence. All information and data for this paper were drawn from unclassified sources.

The article presents the results of pedagogical experiment in shooting from smallarms at training on shooting trainers, as indispensable instruments for the preparation of military professionals in indoor and outdoor shooting. Computer-generated simulators enable to experience the practice of shooting both for beginners training, as well as for marksmen, and sharpshooters. The trainers we we've developed in our army are as follows: shooting trainer EVJ-91 (optical, infrared), EVJ-94 (advanced, computer aided), EVJ-94/M (five targets), UNIST-94 (screen 2x3 m, VCR, UNIST-97/L
(laser emitter, live shooting), optical shooting range OS-1, OS-3 (small arms practice, up to 50 m, computer-aided,
laser emitter), optical target range TOS-1 (combat fire arms practice, computer-aided evaluation), optical range POS-1 (target devices are replaced by a film screen, VCR), Minitos Duo (tested), combat video-system Dicrosec PSC (interactive), or SOT-1 (rotary targets). Even though those trainers save time and money, we must still bear in mind that live shooting can't be replaced by any trainer.

The primary aim of the method Hazard & Impact Index (H&I Index) is to enable the commander to evaluate possible negative impacts of military exercise on environment, and quickly and in an operative way interpret whether intended military activities can be a threat to the conditions or surroundings, in which the units are employed. The authors propose several tables for the comparison of environmental groups (soils, forests, climates) with forces movements. The method still undergoes the development. The evaluated numbers are set only for a mechanized company of the Army of the Czech Republic in our local surrounding. But in the near future the authors predict its extension to all organic units of NATO stationed in European continent. The article is a sequel to the article by the same authors in Vojenské rozhledy, No 1 /2006.