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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 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 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 manner of conducting modern large-scale combat operations (LSCOs) is characterized by the increasingly frequent and diverse use of unmanned aerial vehicles (UAVs) integrated into the Command, Control, Computers, Communications, Intelligence, Surveillance and Reconnaissance (C4IRS) system. These aircraft are one of the most important types of weapons in modern LSCOs. Anyone that has the technology can process the latest information from the field and safely passes that information to the command center has a great advantage and a chance to cause great damage to units whose goal is to prevent further operational work. What is important is that UAVs must have some degree of self-protection through site selection action to reconnaissance and retreat routes. The paper presents the possibility of using UAVs for various missions in LSCOs, as well as a case study of their use in previous modern armed conflicts.

The article deals with the consequences of changes in society and the army after the "Velvet Revolution" in 1989 for teaching social sciences at military schools. The changes are illustrated by the example of the Military University of the Ground Forces in Vyškov, which trained most of the officers for the ground troops. The first part of the article shows the use of social science teaching at military schools to ideologically indoctrinate students in favour of the ruling Communist Party of Czechoslovakia before November 1989. The next part of the article deals with the reflection of changes in society and in the army after the abolition of the article on the leading role of the Communist Party of Czechoslovakia in the Constitution in the system of teaching social sciences, in their content and scope. The content of the article also shows individual milestones in the process of changes in the teaching of social sciences on the way from their use for communist indoctrination to the formation of democratic army officers.

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.

This article studies the current stage of development of armed Unmanned Aerial Vehicle technology in Turkey, within the context of the current media attention caused by its deployment in various conflicts. Authors first provide a classification framework for surveillance and armed drones. Text proceeds with an overview of the technology and its military use. The core of the text focuses on Turkey's past and present use of armed drones. Authors analyse the current stage of Turkey's armed drone development production and export destinations. Furthermore, operational use by Turkey or other parties is discussed. Authors conclude by comparing current generation of Turkish drones to those deployed by the United States, highlighting technological edge on the side of the US, as well as continuing dependency of Turkey's main drone systems on foreign components.

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 analyzes loitering munition as a distinct category separate from traditional UAVs and examines its role in recent armed conflicts. Drawing on qualitative and quantitative analysis, it finds that these systems have become a persistent feature of modern warfare, which is also reflected in the rapid expansion of acquisition efforts within NATO countries after years of stagnation. Building on these findings, the article introduces four functional criteria defining loitering munition and provides a targeted DOTMLPFI mapping that outlines the key requirements and indicative metrics needed to achieve full operational capability. The study shows that progress across all DOTMLPFI domains is essential for effective and sustainable integration, particularly in smaller armed forces.

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.

The air force plays an important role in armed conflicts. It was no different in the Odyssey Dawn and Unified Protector operations in Libya in 2011. The European dependence on the US became fully apparent during those operations. After 2011, US attention has been shifted to Asia. This article focuses on the evaluation of the development of European air forces from 2011 to 2021 in the context of the shift of US attention to Asia. The article uses a dataset to compare the number of aircraft in specific categories in 2011 and 2021. The research shows that European states maintain a fleet of around 2,000 fighter jets, while compared to 2011, the number of ISR aircraft decreased from 183 to 122 and the number of air-to-air refuelling aircraft from 70 to 67. In contrast, the number of MALE unmanned vehicles has doubled from 45 to 91. However, in the context of the US shift Asia, those numbers are insufficient, and European states are still dependent on US support.

The study focuses on the methodologies and strategic implications of restoring industrial complexes in post-conflict environments. Drawing on empirical evidence from the war in Eastern Europe, it links NATO engineering doctrine with approaches to damage assessment and stability classification. It proposes damage categorisation and prioritisation of reconstruction based on structural degradation and external system dependencies. Key strategies include mobile engineering teams, improvised materials, and limited documentation. The study also highlights the need to protect sensitive information generated during recovery. A combined approach ensures efficient reconstruction and national defence resilience.

The article addresses the issue of the emergence of new technologies and their impact on the capabilities of the Czech Armed Forces (CAF). A summary of the recommendations is presented. In particular, there is a need for a conceptual approach to the integration of new systems in order to avoid spontaneous purchasing, which could be very logistically demanding. The very rapid development in the field of unmanned autonomous systems using elements of artificial intelligence offers opportunities to use them in support of the tasks of CAF. Due to the breadth of this issue, the scope is limited to the area of the Special Forces, which introduce these new sophisticated means into use throughout the Ministry of Defence of the Czech Republic.

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.

An important part of NATO's deterrence and defence role is its military presence in the eastern part of the Alliance's territory, represented by the Bucharest Nine (B9). The ability of this group to fulfil its strategic mission depends on the condition of the military equipment at its disposal. The number of pieces of military equipment and their combat capability are determined by the investment in military equipment. In the context of the pledge to spend at least 20 % of total defence expenditure on military equipment, it appears that between 2004 and 2022 there is a steep increase of defence investment gap, followed by a partial absorption of the investment gap after 2014. The investment gap is reflected in the volume and condition of military equipment. Rising spending in recent years is positively reflected in the increasing volume of acquisitions for new military equipment in all B9 countries. However, due to the delay, these investments are and will only be reflected in defence capabilities in the future.

The paper is focused on research of military operations planning with the purpose of defining an efficient decision-making model at the tactical level for brigade-level offensive operation. Suggested model applies methods of multi-criteria decision-making – DIBR II (Defining Interrelationships Between Ranked Criteria II) and EDAS (Evaluation based on Distance from Average Solution) in order to decrease subjectivity while evaluating and ranking criteria, but also to select the most optimal course of action (COA). DIBR II method is used for the evaluation and determination of criteria coefficients, while the EDAS method enables choice between the most optimal COA. Application of simple and effective methods of multi - criteria decision - making accelerates the planning process and enables commanding officer to make optimal troop employment decision in a given operation.

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 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 aim of this paper is to contribute to scientific research in the field of examining the shortcomings in the use of strategic communication for armaments. A comprehensive approach that rationalises the political, military, economic and technical decision-making process, as well as appropriate strategic communication with stakeholders, is required for the procurement of military equipment for the armed forces. The paper first analyses the existing shortcomings in the use of strategic communication in support of armaments, and then recommends a model for the adequate use of it. The results of a questionnaire survey and structured interviews with specialists in strategic communication and armaments show a high level of support for the use of strategic communication. However, the selected case studies on the Pandur and BVP modernization projects did not confirm the assumption of an improvement in the ability of the Czech Ministry of Defence to acquire new military equipment.

This article deals with the use of constructive simulation software in the planning process of military engineer staff personnel. The possibilities regarding the implementation of MASA SWORD simulation software are demonstrated on specific data from the Engineer Support Management Course, with overlapping applications to other specialized military troops. Three scenarios were used for the simulations, which were practiced and verified during the course’s  exercise. Each scenario was evaluated in silico within the simulation environment, incorporating analytical and graphical outputs. Utilizing the MASA SWORD analytical module, each scenario underwent comparative analysis using statistical tests to assess the fulfilment or failure of the assigned task. The findings emphasize the promising role of constructive simulation in enhancing military personnel training and planning process on tactical level.

Current War in Ukraine represents conventional conflict of high intensity unparallel in contemporary European history. Using a qualitative method, authors present character of the war and identify its key specifics through multi-domain optics. A preliminary set of recommendations is derived from these results for the national defense capability of Czech Republic. Authors conclude that both State and the Armed Forces must increase their readiness for the large-scale conflict.

Most experts believe that urban operations will gain importance in the future, but even though we have sufficient examples and experience at hand, we still struggle with the development of the necessary skills and capabilities. The resulting gaps are a combination of different tasking and shrinking resources in the past decades, the difficulty of training for and a mere misunderstanding of the urban environment and harmful innovations - we seem to find ourselves always in the beginning. Fighting in isolated "prisms of responsibility" requires flexible task forces with all necessary enablers at hand and well-trained commanders exercising mission command and understanding their role, task, and the purpose of action. Mastering the urban environment on all three levels of movement is a very challenging task and requires focused attention on various aspects, inter-actor interaction and interdisciplinary research and development. The development of a methodology suitable for looking into the hidden aspects and contextualizing them with current activities and future developments is key to capability development.

This article presents a formal economic framework for assessing the sustainability of prolonged attritional warfare. Using the ongoing Russian invasion of Ukraine as a case study, the paper models the interaction between military production and consumption (losses) to evaluate the limits of state endurance under sustained conflict. The core of the analysis is a differential function of the war economy, defined as the net capacity to sustain operations over time, which is the difference between production and losses. This function is embedded within a theoretical construct that distinguishes between sustainable and unsustainable operational regimes, marked by critical thresholds of system exhaustion. Through a combination of regression analysis and symbolic modelling, the paper demonstrates how Russia’s current attritional strategy may be approaching a structural breaking point. The findings offer a conceptual and empirical basis for evaluating wartime industrial resilience and may inform strategic policy and conflict forecasting.

This article aims to explain possibilities of using modern evaluation tools of operational effectiveness for managers in the ACR. Ground military vehicles operations are an important aspect of each organizational unit within the ACR. For its realization is necessary to have adequate sources. The authors reviewed current traditional approaches to evaluate the operation effectiveness of ground military equipments. They focused on the role and abilities of transport commanders and executives. This research presents the methods to identify the causes of excessive fuel consumption. The selected vehicle was analysed for exceeding the consumption norm of 270 litters. The primary cause of passing established limits were idle running vehicle's engine and unusual decrease in fuel.

This study aimed to explore the media’s perception of the military and militant activities, focusing on journalists’ professional conduct and their commitment to the national cause. In-depth interviews were conducted with Pakistani journalists reporting from conflict zones. The findings suggest that Pakistan is engaged in a war on terror and that the media plays a key role in glorifying the security forces in their fight against militants who challenge the authority of the state. Journalists expressed the view that the government and military should take realistic measures to combat this threat. While journalists described militants as terrorists, they also noted that their professionalism is often influenced by patriotism and a national duty to serve the country. However, objectivity remained a key element of their reporting. The media, considered the fourth pillar of the state, should have the necessary freedom to report on conflicts. At the same time, self-censorship was considered necessary to prevent content that could lead to radicalization.

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.

This paper examines the role of strategic communication in military operations, with a focus on its impact during the first year of the Russian-Ukrainian war. Using a process-tracing methodology, the study explores whether Ukrainian strategic communication was decisive in resisting Russian attacks. Our findings indicate that strategic communication functioned as a central component of Ukraine’s defence. Effective messaging mobilized broad support from diverse actors, including state entities with no regional stakes and non-state contributors such as civilians, volunteer fighters, and organizations, driven by motivations beyond self-interest. Ukraine’s resilience stemmed not from a deceptive Russian strategy (i.e., a lack of genuine intent to engage in a full-scale war), but from its bold counter-offensive, bolstered by international aid - support amplified and sustained by the strategic communication efforts that shaped global perceptions and secured critical assistance.

This study deconstructs the concept of active measures through the prism of information influence. It understands it as sophisticated methods of influencing public opinion and political decisions, originally used by the Soviet Union and now adapted to cyberspace by the Russian Federation. In the analysis, the concept is contrasted with the general abstraction of information influence. This helps to better understand the proximity of active measures to similar concepts. We conclude that abstractions of information influence are also valid for conceptual understanding and practical examples of contemporary Russian active measures. Active measures are subsidiary to information influence, serving as tactical means to achieve the latter's strategic goals. Furthermore, the author states that the information environment is the operational theatre for active operations, cyber operations can be its manifestation, information operations support as a key component of a broader information operations strategy, and psychological operations are its critical element.

Maintenance and repair (M&R) of military equipment are crucial for operational readiness. The article highlights challenges faced by military forces, particularly in the US, with significant equipment non-operable due to inefficient M&R. It emphasizes modernizing M&R through Predictive Maintenance (PM) and 3D Printing (AM). PM employs AI and data analytics for real-time monitoring and foreseeing malfunctions, signifying a strategic shift in M&R. AM significantly curtails downtime by enabling on-demand spare parts production, presenting a solution to traditional military M&R challenges. The article also underscores the economic advantages and potential for operational efficiency improvements through these technologies. However, it points out hurdles in implementing PM and AM, including high initial costs, lack of trained personnel, and the threat of counterfeit production in AM.

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.