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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 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 assessment of force ratios and battle casualties is a crucial aspect of the military decision-making process. This article evaluates three different tools used by the Army of the Czech Republic at the tactical level: a calculator based on Lanchester's laws, a module within the Battle Information System, and a constructive simulation system. The results indicate that while all tools produce similar outputs, the constructive simulation system offers more accurate estimates of combat losses for both equipment and personnel. Additionally, this system enhances the ability of commanders and staff to adapt to changing scenarios during planning. The primary conclusion is that the constructive simulation system provides a practical and flexible solution for supporting the military decision-making process at the brigade and battalion levels.

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 civil war in Myanmar has been going on for more than seven decades. After the military coup in February 2021, it has undergone significant structural changes and gained new momentum. The causes of the conflict lie in the inability of different ethnic and political groups to find a way to coexist within a single state entity and the autonomisation of the military. The main actors in the war in Myanmar today are the military junta and its supporters, the democratic opposition and ethnic organisations. After the coup, the strength of the resistance movement and its operational capabilities are growing. However, this growth has its limits, given the continued disunity of opposition forces, the technical superiority of the Myanmar army and the strengthening of its numbers through compulsory conscription.

The center of gravity in military affairs represents a dominant element of military art, used in the planning and conduct of military operations. The doctrine defines it as the main source of power that provides the actor with his strength, freedom of action and/or the will to fight. This article examines Clausewitz’s concept of center of gravity through selected philosophical perspectives and clarifies its significance in military theory and practice. It presents the doctrinal development of the concept, discusses its context, and concludes that the concept of the center of gravity remains a key doctrinal and practical element of operational art.

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.

The article outlines the outcome of a comprehensive researche aiming at the enhancement of decision making within the defence and operational planning processes. Both processes differ in purpose, neverthelles they are challenged by the very same problém to find solutions with maximum operational effectiveness of armed forces capabilities at minimum cost to achieve objectives. It applies constructive simulation namely the software instruments of MASA SWORD and assess its potential to support the process of capability requirements identification and validation of potential alternatives to achieve objectives. It provides reasonable evidence that constructive simulation is a valuable instrument to support the evidence based decision making within in the processes of defence planning and operations planning proces. Constructive simulation allows to identify the most suitable solutions in terms of both operational effectiveness and costs.

The goal of this informative article is to comprehensively describe the causes of the formation and integration of cyber forces and information operations into the structure of the Army of the Czech Republic, including other significant connotations. The intention is not to present new scientific findings, but to point out the meaning of the existence of cybernetics and information operations as a necessary separate component of the Army of the Czech Republic capable of responding to the dynamic development of the security environment and the continuous development of modern technologies. The content and main arguments of this article reflect the transition from the classical form of warfare to the new platform, represented mainly by cyber space and a hybrid combination of a wide range of power tools with an emphasis on information operations.

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.

This review attempts to analyze in detail the specific roles and interests of the key players represented by Pakistan and India in Afghanistan. The focus of individual actors in the South Asian region was focused on identifying key objectives, defining specific national interests and strategies in Afghanistan. The aim of the article is to find out, analyze, interpret and understand information about the power relations of Pakistan and India in relation to the security situation in Afghanistan. The content focuses on the analysis of Pakistan-India relations and their intertwining in Afghan society. The aim is not to relate the content to a generalized theory or known theoretical paradigm of international relations, but to analyze the aspects of the Afghanistan in relation to Pakistan and India.

The work deals with the issue of engineer information, which is necessary for the planning of water crossing, and which can facilitate and speed up the proces of operation planning with the assistance of the staff members of engineer specialization. At present (2019) there is no application software development of engineer support tasks (hereinafter APV ŽEN) within the engineer command and control subsystem AČR, which would take into account the problem of water crossing by troops. The aim of the article is: to analyze the gathering of engineer information for water crossing and to describe it on a specific example of the Morava river, to identify the possibilities of water crossing by forces of AČR, to propose a map base for APV ŽEN, which will be supplemented by engineer information from Povodí s.p. and Motorway and Highway Directorate (hereinafter ŘSD) and to define measures that will support the availability of engineer information in water crossing.

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 article deals with the mental strain, as subjectively perceived by Czech soldiers and their families in the course of and after return from international missions. The research part was processed based on nine in-depth interviews with soldiers with different experiences from foreign missions. The data were processed with the help of grounded theory. The results showed that the involvement in missions is mainly positively assessed, primarily thanks to professional development. The operations bring specific stressors; additionally to critical situations, there is primarily the stress related to separation from the family and the cabin fever. The soldiers cope with the stressors thanks to the contact with their families, thanks to a good team, leisure time activities and support from the chaplain or the psychologist. The duration of the adaptation stage after the mission varies very much. It includes problems with restoring contact with the children and adapting to routine life, as well as the envy of surrounding people, considered by the soldiers a "Czech particularity", caused by low positive publicity of the Czech army.

This article deals with one of the approaches to command - Mission Command - which can be seen as a dominant command philosophy in NATO nations and especially in the United States. This approach is considered as a very important in terms of possible responses to the challenges having impact on current and future security environment. Respective parts of this article describe the military causes and related historical consequences based on which the mentioned command philosophy had been constructed. The relevant parts describe basic principles of Auftragstaktik, developed and implemented by Prussian and later on by German military leaders which aim is to emphasize centralized intent and dispersed execution through disciplined initiative.

When planning and conducting tactical exercises of units and formations, it is often the case that aspects of long-term operations in a chemical, biological or radiological contaminated environments have disappeared from consideration of commanders and staff officers. The reluktance to "complicate the situation" in training may have different causes, but the continuing importance of CBRN defence is indisputable. The article discusses probable commander questions related to the effective management of subordinate units in a contaminated environments. Their answering can help to successfully fulfill defined combat tasks that have been disrupted by the use of enemy weapons of mass destruction, improvised devices containing highly toxic substances, or leakage of industrial hazardous substances into the environment.

The paper deals with the ability of engineer units to provide engineer mobility support in combat operations. Based on the analysis of the results of structured interviews conducted with extensive amount of the Czech Armed Forces officers, and their generalization, were found discrepancies between the current and required state in the organizational structure of engineer units to provide effective mobility support, and requirements for engineer devices to support mobility in the Czech Armed Forces conditions were formulated. The aim of this article is to present recommendations for inclusion of different types of engineer devices into formed engineer formations for mobility support in relation to the tasks performed within engineer role of mobility support and determine recommendations for the further direction of research in this area.

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 paper deals with the task forces in two levels. The first - a declaration of possibilities of the Czech Armed Forces resources in the operations. The second one - a grouping of recourses established to fulfil a special task, which is not possible to be solved by organic or reinforced unit. The paper gives an opinion on the concept of "combat team". Further, the article deals with possibilities of cooperation of tracked and wheeled combat vehicles while performing tactical tasks. In this part of the article authors deals with general eventuality of tracked and wheeled combat vehicles cooperation and the possibility of performing the units tasks in atypical numbers, including the possibility of using parachute on combat vehicles. The article contains the outcomes of the experiment exercise.

The article discusses the operational adaptability, which will be needed, in accordance with US, in future armed conflicts. The capability of operational adaptability has a significant impact particularly on the operations of land forces, which are still considered as a paramount military power. One of the prerequisites for achieving operational adaptability is effective influencing the dynamics of the human environment in armed conflict. Current development and emphasizing technology over the course of armed conflict detached too fare the War from its intangible political, cultural and psychological context. Human, psychological, political and cultural dimensions of armed conflict create a lot of uncertainty, which land forces should deal with in the future military operations. A partial solution applicable for Czech Armed Forces also outlines this article.

The article presents possible approaches to solve problems of finding the optimum state of tactical activities within the level of small Engineer Units. The intention is, by elaborating of the partial engineer goal which is focussed on the area of engineer units' tactics, to develop input data/ information needed for further development of mathematical models of the tactical activities. Subsequently, with the judgement on modelling outputs (applicability within C2 activities of staffs' task force structures) from engineer unit tactics point of view, the article contributes to enhancing all of C2 processes effectiveness. The article also provides us with information about the range of facts relative with problems of selected engineer unit (counter-mobility task forces) deployment planning, and controlling. There can be also found inventory of activities appropriate for optimization.

The article focuses on the current use of NATO logistics information systems in the NATO Defense Planning Process and the Operations Planning Process in the area of logistics. Information support is provided through the logistics information systems of LOGFAS (Logistics Functional Area Services), which generate the necessary information environment through various software tools. In order to improve future logistics information support, NATO is concurrently preparing a modernization of the existing information environment by the development of the LOG FS projects. In the future, those projects are expected to replace the existing information systems in order to optimize information support, deliver new features and to facilitate the coordination of logistic operations within the NATO integrated command and control network.

The article describes CBRN EOD capability, which is one of the developed areas within the scope of the Czech Armed Forces Chemical Corps. It depicts CBRN EOD in the context of operational use of chemical troops, introduces an option of appropriate task force and mentions basic operational requirements to ensure safe proceeding at the incident site. It highlights the importance of common training and interoperability amongst participating units. The article derives from NATO written sources, national operational procedures and expert views of interested persons.

Problems of crossing abilities are most often defined as the ability of wheeled and tracked vehicles to move on damaged, unrepaired communications or terrain. This ability is determined by the construction of vehicle, terrain qualities, and their classes. Less known are problems of reverse driving. In this case, we do not examine crossing ability, but investigate the capacity of terrain to decompose an overall load of moving vehicle. It is a part of tasks performed by engineer reconnaissance for force movements, as troops make use not only neat communications, but also rough terrains, off main routes. Diagnoses of this kind are performed by the Department of Engineer Technologies, Defence University Brno. Many examples are presented in the American Field Manual "Planning and Design of Roads, Airfields, and Heliports in the Theater of Operations-Road Design".

The paper describes a design concept of a lightweight armoured vehicle set "S-LOV-CBRN". The equipment of this set allows its crew to carry out a safe reconnaissance activities in areas with unknown situation under chemical, biological and radiological risks (CBRN reconnaissance), as well as the risk of contact with armed opponents.

Operation Serval (French: Opération Serval) is an ongoing French military operation in the Republic of Mali, West Africa. The aim of the operation is to oust Islamic militants in the north of Mali, who had begun a push into the centre of Mali. Operation Serval follows the Security Council Resolution 2085 of 20 December 2012. The operation is named after the medium-sized African wildcat species Serval. The author analyzes historic and geopolitical context, including activities of AQMI terrorists. The Serval Operation is of dissymmetric character. At the rear of advancing French troops some groups of rebels and terrorist stayed to make acts of sabotage. According to the author it is necessary to prevent from long-term involving into the conflict, among others, as French territory or territories of other countries might become a target of terrorist attacks.

The acts of violence have swept the whole Central African Republic (CAR) since March last year. When the Muslim fighters of Seleka rebel groups had deposed a Christian president Francois Bozize, the fighting between Christian militias and Muslim population broke out. The provisional government of the Muslim Michel Djotodia allegedly intentionally massacred civilians, including women, children and old people. In December 2013, under the resolution by the Security Council, UN, the French troops of 1600 men were sent to help to African Union soldiers to keep growing chaos at bay. But up to now, the violence has not been stopped. Nearly a million of people have been internally displaced in the country. A total of 935 thousand of Central Africans are currently sheltering in scrublands or living with their relatives. More than half of the city's population fled Bangui, some 60 per cent of those displaced are children, according to the UN refugee agency, UNHCR.