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Accurate meteorological data is crucial for precise artillery fire, yet its availability can be compromised in combat conditions. This study investigates the impact of limited meteorological information on artillery accuracy and explores potential mitigation strategies. By analysing upperair data from a single weather station, we simulated various scenarios of reduced meteorological support. Our findings highlight the significance of meteorological factors on artillery performance and the potential consequences of inadequate data. We developed a foundational framework for offline artillery support products, emphasizing the need for robust methods to estimate atmospheric conditions in data-scarce environments. Future research will focus on incorporating advanced modelling techniques and additional data sources to enhance the accuracy and applicability of these products.

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 paper deals with the Czech artillery application equipment for enabling more efficient execution of classical ways of some measures in case of malfunction of the field artillery automated fire control system. The first part of the paper includes an analysis of Czech artillery current software and the introduction of two developed software. This two developed software are under finishing works and they should partly eliminate the poor Czech artillery software equipment. On the basis of the synthesis of author's experiences followed from the development of two new programs PVNPG-14 and ArtyCalc there are defined key principles in the paper, that should be applied in the future development of new software for the Czech artillery.

This article contains the essence of the modular part of an automated artillery fire control system, which will enable automated detection of artillery ammunition ballistic characteristics using barcodes placed on missiles and cartridges. The article describes the current state of evidence of artillery ammunition ballistic characteristics, presents possible approaches to the concept of evidence of artillery ammunition ballistic characteristics using barcodes, defines the framework requirements for the automation of this part of artillery fire ballistics preparation, describes the determination of the distance individual corrections resulting from the artillery ammunition ballistic characteristics and states possible ways to automated processing overview of artillery ammunition carried by the conveyors of missiles and cartridges.

Laser weapons have long been the subject of debate. The article discusses the potential adoption of laser weapons by infantry units and the future of small firearms. The text analyses these weapons in selected categories that subsequently support the evaluations and the conclusion. If miniaturisation is successfully managed, the comparison reveals an interesting paradox. While laser weapons and firearms do not rival each other as distinct functionalities, given the right conditions, they can actually complement each other and compensate for any disadvantages within their respective categories. Today's complex battlefield is placing ever greater demands on small arms, pushing conventional weapon mechanisms - combined with ammunition that guarantees accuracy and lower recoil, albeit at the expense of penetration - towards the limits of further possible advancement in technology. Improved passive individual protection restricts the wounding potential of pistol ammunition, reducing it to below 150 m for rifle cartridges, while guided ammunition tends to be prohibitively expensive. Under the right conditions, laser weapons could compensate for any of these drawbacks.

The article discusses the possibilities of joint deployment of combat unmanned ground vehicles with combat infantry units. It summarizes the deployment of these assets in past and present military operations, including the presentation of deployment experiences available from public sources, and examines the joint deployment of an infantry squad with an unmanned ground combat platform during an attack operation. Using a constructive simulation, it presents the results of the deployment of an infantry squad during an attack operation with and without the support of a combat unmanned ground vehicle. As part of the discussion, he develops the ideas necessary for the cooperation of the unit with an unmanned vehicle. The aim of the article is, among other things, to open a debate in the professional community about the possibilities of effective use of unmanned ground systems to support the activity of combat units in military operations.

The article deals with the possibility of using simulation technologies in the training of students of the University of Defence in tactical training and seeks to answer the question whether the use of these means brings demonstrable effectiveness by means of an experiment. First-year students in a Field Training course were randomly divided into 42 sections of approximately equal numbers and then assigned to 3 categories based on their use of live and virtual simulation. All groups were assigned points for a specific tactical activity during the final exercise. The total scores of all groups were subjected to a subsequent statistical investigation using a one-factor analysis of variance on the data to examine whether there were statistically significant differences between the groups. Although students' use of modern simulation technology had a perceived positive effect on improving the quality of training, there was no evidence of statistically significant differences between the groups studied using statistical methods. However, the results of the experiment do show to some extent that some differences do exist between the groups and therefore leaves some opportunity to conduct similar, or more extensive research, in an effort to promote the attractiveness of the training process to military school students.

The article deals with the possibilities of protecting the outer perimeter of static military facilities using ground-based unmanned systems that can complement the already existing protective elements. The conclusions reached and theoretical assumptions were experimentally verified in the field during the protection of a small base, using UGS Taros Furbo and Tactical Decision Support System calculations. The protection routes calculated by the system were then practically implemented by dismounted patrols and autonomous UGS Taros Furbo, focusing on terrain traversability and time of overcoming. The main objective of the paper is to present to the military public the current possibilities of deploying UGS Taros Furbo in the protection of static military facilities such as command posts or bases. Their use can significantly reduce the requirements for the deployment of dismounted patrols to protect the outer perimeter.

The selection of optimal weapon systems is crucial for national defense. Traditional empirical methods struggle to address the complexities of modern warfare. This article explores the potential of constructive simulation for informed decision-making in this domain. Simulating tactical operations with complex variables, such as terrain, enemy actions, and system interoperability, provides valuable insights into weapon effectiveness. This enables the optimization of acquisitions in line with strategic goals. Design simulation allows for the exploration of factors difficult to test comparison of armament configurations, analysis of enemy tactics, and optimization of unit composition and deployment, saving costs and time. Simulation enables the safe exploration of even high-risk scenarios.

The article concerns the issue of arson attacks in Israel.The issue of terrorism in Israel is quite broad, given that it is a very common phenomenon here and Israel deals with terrorism on a daily basis. The paper therefore focuses on incendiary balloons, a weapon that repeatedly caused fires around the Gaza Strip between 2018-2023. It examines their history, their design, outlines the possibilities of their elimination, the advantages and disadvantages of possible technical solutions, and a reflection on the future of their usage.

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.

Based on the content analysis method, this study analyzes the first ever published security strategy of the Israel Defense Forces, which was published in 2015. The main objective of the paper is not only to present the circumstances of its creation and discuss the main objectives of this strategic security document, but also to outline the broader geopolitical context from which it emerged. The authors argue that the document primarily emphasized two areas - the use of force and capacity building of the Israeli military. Among other things, the publication of the strategy was intended to have a deterrent effect. In the conclusion, the authors compare the Gideon Plan and its follow-up, the Tnufa Plan, and point to the considerable importance that consensus among political and military elites has in the implementation of such a document and reflect on what lessons and inspiration can be drawn from this case in our geographic space in the process of formulating or reformulating strategic security documents.

This study provides a summary overview of the creation and the activities of the international security architecture in the form of their two main pillars, i.e. the United Nations and the North Atlantic Treaty Organization in the Near and Middle East region. Within the framework of international security relations, this is a very unstable and conflictual region, where this instability has lasted practically since the establishment of the State of Israel in 1948. The global UN, its overall activity and importance, especially humanitarian and peace-building activities not only for the Near and Middle East region, is very beneficial, through out the Cold War period up to the present day. As a security organization, NATO is among the most important global actors influencing current international security relations. Through their activities, both of these organizations represent a essential means of ensuring world peace and security.

This study presents the perspective of Czechoslovak diplomacy on the events of the Yom Kippur War (1973) in the context Czechoslovak foreign policy towards the Arab-Israeli conflict in early 1970s. The research is based on so far rather underexplored archival sources. Despite Czechoslovakia's declared unequivocal support for the Arab side of the conflict, Czechoslovak Middle Eastern policy since the mid-1950s was not entirely unconditional in relation to the Arab countries. Internal documents of Czechoslovak government occasionally revealed criticisms of Arab representatives. The Yom Kippur War represented a significant moment in this regard, as it was a military confrontation initiated not by Israel but by the Arab coalition, posing a challenge for Czechoslovak propaganda. Simultaneously, this armed conflict presented an opportunity for Communist Czechoslovakia to further deepen its relations with its Arab allies.

The fire support is an inevitable prerequisite for the success of combat forces in land military operations and artillery is its key provider. Will it be even in a future complex and uncertain operating environment? The article recalls high requirements on the current ACR artillery and with the use of the Alliance partner's findings, it points to selected aspects that might influence its capabilities development towards the future operations. The article defines artillery as an indirect fire system and clarifies its role and tasks in the framework of joint fire support. It proposes measures to increase the quality of its training and management. It discusses the issue of an operational concept and its importance for the future ACR artillery, together with introducing main trends in areas of its potential development.

Authors of the paper present results of research in the area of deployment and operation of multirotors, i.e., autonomous aerial systems with vertical take-off and landing (VTOL) capability. Survey of Czech Army experts' opinions based on the Delphi method points to the significance of MINI VTOL UAS project undertaking - reconnaissance VTOL autonomous aerial system. The conclusion of the analysis is the identification of the primary applications of and requirements for (concept, system, and training) successful deployment of multirotors, with framing of existing issues of technical, acquisition/program and legislative nature, and determination of their importance. The paper also explores experts' views to the acquisition and operation of multirotors in Czech Army to achieve their full operational potential, certainly available in the future battlefield. Inconsistent architecture of information sharing was identified by experts as one of the most important issues with the highest likelihood of solution in the upcoming years.

The modernization of armaments and military technology is one of the ways to increase the combat potential of the Armed Forces and has implications at all levels of the Armed Forces. Its main purpose is to replace obsolete technology with new ones to prepare the Armed Forces to meet the new challenges of the future security environment. New technologies play a key role in this regard. Not only the Armed Forces of the Czech Republic, but also other NATO and EU member states have planned significant modernization projects for conventional military conflict but also unconventional, asymmetric and hybrid conflicts. The authors examine approaches to the modernization of the Land Forces of selected countries. Finally, the armament strategy of selected countries is compared with the armament strategy of the Czech Republic's Land Forces.

The article deals with the basic characteristics and tactical-technical requirements for the tactical unmanned aerial system (TUAS), which is planned to be implemented in the Czech Armed Forces in the upcoming years. Based on the results of the comparison of the Czech Armed Forces requirements with the parameters corresponding to the TUAS, the Hermes 900 and Heron systems of Israeli production appear to be the most suitable variants. Both aircrafts can represent a comprehensive solution in this area. They both have a long tradition of production, research and development and of course, they both meet the requirements for TUAS within NATO and the European traffic operations accreditation. However, the decisive selection parameter, apart from security risks and compatibility, is also the purchase price. The main goal of the article is to bring a view of the issue from a broader context and to find a possible way-out together with an evaluation of the advantages and disadvantages of each of the proposed variants.

The Bucha massacre raises the question of whether the Russian army predisposes its soldiers to unlawful violence against civilians. This article assumes that regardless of superior orders, perpetrators of violence must overcome the psychological barriers developed during socialisation. The psychological mechanism of "moral disengagement" allows soldiers to kill in combat and act violently on civilians. The duty of the armed forces is not only to prepare soldiers to fight and kill but also to prevent illegal violence. The case of the Russian army demonstrates how formal activities to prevent moral disengagement and violations of the International Humanitarian Law (IHL) face insurmountable obstacles in the form of institutional culture and insufficient human capital.

The war in Ukraine has become a global issue that has been closely monitored and evaluated by military experts and the media since its beginning. The aim of this article is to point out some specific aspects of the development of the conflict in Ukraine in its initial stages. In the beginning of the article, the author deals with the surprising development of the so-called "special military operation", leading to a change in Russia's original plans. In the following parts, he discusses the way the forces of the warring parties are used in individual domains, applies the principles of warfare and discusses the possible causes of the operational failure of the Russian military forces. The article mainly uses data from open sources. Analysis, comparison, deduction and synthesis were used in its compilation. The overall intention of the author is to offer readers one possible view of the ongoing conflict and to motivate them to think about the nature and character of war.

Focusing on current Malian conflict, the aim of the article is to demonstrate usefulness of the "Armed Conflict Location & Event Data Project" database for the analysis of intra-state conflicts. At the macro-level the paper analyzes geographical spread of the conflict and its key quantitative characteristics (numbers of fatalities stemming from different types of incidents). At the micro-level it focuses on Malian region Mopti. At this level the paper analyzes geographical distribution of various incidents and the interaction of the key armed groups operating within the region.

The article is focused on operations of autonomous artillery weapon systems and possible requirements on survey units and their equipment. In the light of perspective purchase of artillery weapon systems it is necessary to analyze the character of operations of these systems and determine requirements on preparation of position areas. Goal of this article is to describe the character of autonomous artillery weapon systems operations in terms of functionality of individual components of navigation unit and based on this to set the requirements on survey units equipment. As the main method authors used method of scenarios where were as a scenarios determined individual variants of navigation system functionallity. Output of this article is determination of requirements on survey units equpment used for geting information about position coordinates and directions.

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.

Tanks and anti-tank weapons in modernized and innovated forms will still appear on battlefields in the next 20 years to eliminate armoured targets and personnel with the usage of precision-guided munition. The progress of electronation and digitalization of tanks allows better situation awareness on the battlefield and cooperation with other military assets. An active protection measures were introduced to protect the crew such as reactive armour, active defence weapon systems and composite armour. By establishing a safe perimeter with active defence systems, tanks can sustain the incoming anti-tank weapons. Hence is the U.S. Army currently looking for a replacement of 3^rd generation Abrams tanks. The U.S. Army is considering in this case unmanned vehicle as well. The Russian Federation on the other hand enhances conventional tank scheme with modern technologies. Far too much electronation does not have to be necessarily due to the automatic loading mechanism always a step forward.

The article studies possibilities of utilization of Global Navigational Satellite Systems Galileo and BeiDou in the Armed forces of the Czech Republic. It analyses its advantages, weaknesses and assets the army. The study is grounded in knowledge and experience of the Czech military geographic service and supports it with comparisons with already implemented systems GPS and GLONASS. European project Galileo brings for the most part independence on GPS and direct influence of the Czech Republic. Chinese system BeiDou provides individual alternative, although with limited access. In combination with multiconstelation receivers, they can substantially complement the current structure, make more accurate measurements and lower vulnerability to jamming and spoofing/deception. AČR may utilise benefits of the systems with modernisation of devices a by participation in development projects of global navigation.

The article deals with the development of Czechoslovak military aviation in the period 1920 - 1939, as it was presented in the journal Vojenské rozhledy. The author focuses on the most interesting articles, which he complements with his own observations and opinions. He is directed on articles that affect mainly the doctrinal aspects of the development and activities of the military aviation, as an independent kind of Armed Forces, in defence of the state sovereignty of Czechoslovakia. The article is supplemented with information on the capabilities of the military Air Force immediately before the annexation of Czechoslovakia by fascist Germany in 1939.

Research into the historiography of the use of Weapons of Mass Destruction involves an excursion of the study of recent problems of Chemical Corps in the literature. Four basic periods were identified in the development of the theory of Chemical Corps and the concept of the use of Weapons of Mass Destruction. 1. The First World War and the foundation of Czechoslovakia as a period of changes in the principles of military leadership due to the existence of chemical weapons. 2. The period after the end of World War II, reflection on threats in the form of the development of Chemical Corps, the take-over of Soviet doctrine and military research objectives. 3. 1990s as a period characterized by an accent on the Gulf War, proliferation of Weapons of Mass Destruction and the introduction of new technical means of Chemical Corps. 4. Beginning of the 21st century and the threat of ultra-terrorism, the development of specialized capabilities of Chemical, Biological, Radiological, and Nuclear Defence, birth of the 9th Chemical Protection Company of immediate response and literary dominance of international security issues, which outweigh force protection problems in operations. The researched articles illustrate the originality of scientific thinking and the social contribution of scientific literature to the defense sector.

The aim of the article is to compare the term and definition of "Intelligence Support" used in the Czech Armed Forces with related terms used in the North Atlantic Treaty Organisation, United States Army and Slowak Ground Forces. The article proposes updated Czech terms and definitions. The article can serve as a basis for a next discussion, for a dictionary processing, it will help intelligence staffs in orientation in intelligence terminology and it improves interoperability within the North Atlantic Treaty Organisation and in foreign missions.

Light Infantry units are primarily equipped with the Iveco light armored vehicles in the Army of the Czech Republic. Similar type of vehicles was acquired by the armies of some other NATO members. Armored LMVs represent a new category of equipment and no specific tactical procedures have yet been created. The aim of the text was to develop general tactical light infantry procedures for the current training needs of units with Iveco LMVs. In the text, combat battle drills on vehicles and tactical procedures for the use of light units equipped with the LMV Iveco have been created. Combat deployment experience and results of live simulation were main source of information for development of LMV tactics and procedures. Presented procedures can be used for training of units equipped with LMV Iveco. The use of light armored vehicles also showed the design limits of this technique. LMVs Iveco cannot fulfill the role of primary vehicle of light infantry units on a conventional battlefield mainly due to their low level of endurance.