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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 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.

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.

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 presents more than ten years of experience in testing the abilities of pilots during flight control on flight simulators. A hypothesis is stated about the possibilities of finding common features in flight control, the basic mathematical apparatus for evaluation is presented, the flight simulators used and, of course, the achieved results are presented. 110 pilots have already been tested and a total of 2360 missions - test flights - have been simulated. Subsequent mathematical analysis provided approximately 40,000 results suitable for further statistical processing. This amount of data obtained from realistically simulated flights provides a prerequisite for defining applicable conclusions to the proposed mortgages. For the needs of subsequent certification, a proposal for the pile measurement methodology was also prepared, which summarizes both the theoretical approach to pile testing and the procedure for carrying out tests on individual simulators. Part of the proposed methodology includes an overview of the software created to facilitate the recording of data from individual missions, as well as software for own analysis of the measured data from the missions.

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 article deals with the preparation of the Active Reserve of Czech Armed Forces, territorial forces in detail. It compares them to the equivalent of the active reserves of the Polish army, namely the Territorial Defense troops. A comparison of the development and preparation of these forces points to the necessity of solving or updating the system of calling up reserves of the Czech Armed Forces, their training, arming and equipping.

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 war game is a respected tool for commanders' decision-making. Its preparation, execution, and evaluation of results require precise organization and a considerable time commitment. However, the time aspect is a limiting factor in the current dynamic era to a rather objectified evaluation of the variants of operation execution. The article does not describe the process of wargame preparation, it focuses on the execution phase, where it presents the use of a particular simulation system in wargames and under which theoretical conditions the results of combat simulation can be considered valid. It also evaluates the time efficiency of its use in a wargame. It has been experimentally verified that the tested simulation system can be used for a wargame especially in the accelerated simulation mode. The configuration of the computing system was also verified, which allowed a substantial acceleration of the simulation run of the wargame scenario.

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.

This article focuses on the identification of key factors of material resources in the field of equipment, armaments and military vehicles within the Czech state needed for effective mobilization. The primary goal is to answer the question of whether the Army of the Czech Republic still has adequate supplies of these key resources and whether it has the ability to increase these resources in crisis situations without significant dependence on foreign imports. The above analysis revealed mostly sufficient stocks, but at the same time significant limitations were identified in some categories, especially in their technical and moral quality (obsolescence, respectively), especially in most types of military vehicles. The issue of dependence on foreign imports concerning raw materials then changes considerably, from the minimum (combat dress) to the almost maximum (ballistic helmet) level.

The concept of modular forces seems to be an ideal solution for a topical dilemma: how to build a single set of units for a wide range of military operations. However, the concept of unit modularity has its limitations. The article explains how the modular force structure supports flexibility and consequently brings increased demand on the number of support units. For this reason, the modular force organisation cannot be built without massive investment in support capabilities. The concept of modularity includes the risk that shortage of support units will significantly limit the readiness of forces for a large conventional war. The author presents four recommendations for the application of the concept of modularity at a national level to facilitate the formation of allied forces.

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.

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 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.

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.

He was born in 1919 at problem region Silesia. He was very sorry to be placed on the so-called Volksliste File No 3, together with his parents, but he was warned by his friends not to oppose to local authorities decision, otherwise the could be send to a concentration camp. Shortly after that he was enlisted into German army and sent for Russian front. He deserted immediately. He joined the First Czechoslovak Army Corps at a position of radio operator. He took part even in the fights at the Dukla battlefield, he suffered injuries and was transferred into military hospital where he stayed for four months. After war he worked at Třinec Iron Works till his retiring age. He was awarded several medals for bravery and received the Certification of War Veteran.

In April and May this year, several articles or essays appeared in civilian media, introducing misleading information that in the near future, the ranks of ordinary servicemen (privates, corporals, sergeants) are coming back, as they were abolished after introducing professional forces. Such proclamations are not quite true, because ranks of private, corporal and sergeant, were earmarked by legal rules above all for soldiers in their compulsory or compensatory military services, i.e. they were not abolished after 2004. There are a lot of similar uncleanlinesses as far rank corps are concerned and therefore the main attention of this article is concentrated on changes that in connection with Act No. 221/1999, Coll., Professional Soldiers, amended and updated in 2009, has come into being.

As a former Austrian officer he was chosen for recruiting volunteers for the so-called Czech and Slovak Army in Russia. After the WWI he became a member of the newly created Czechoslovak Army. During Nazi occupation of Czech lands, he was arrested for his resistance activities. Fortunately, in prison he suffered from typhoid fever, so he was taken into hospital and therefore he was not executed. When WW II ended, he was falsely accused of leaking important information by military counter-intelligence which was firmly in hands of oncoming communists. After interrogations he was senteced for "active fight against the Bolsheviks" in Russian civil war. The Soviet security authorities deported him together with other condemned persons to Austrinan city Baden and then to the U.S.S.R. At the age of 60 he was sentenced to 25 years of imprisonment. In 1954 he died. After the Velver Revolution he was rehablitaded and promoted to the rank of Major General.

He was born on June 30, 1920, in Slovakia, at a small village. After his graduation from secondary school, he had to enter the army, to fulfil his compulsory military service. He joined an air regiment, after two-year military academy was passed out as Air Force lieutenant. When the Slovak National Uprising began in 1944, against German control, the rebel Air Force flew to the former Soviet Union. His regiment was equipped by Russian airplanes La-5FN. He took part in several air fights, and finally was shot down. His comrades-in-arms died. When war ended, he became an air instructor at the military flying school at Olomouc. After the Communist coup d'etat, he was dismissed, without quoted any reason. He was looking for a job. It was very difficult for all dismissed officers to find any. He became a day labourer, nevertheless he didn't stop studying at the University Brno, where he graduated in 1951 as a doctor of natural sciences. He explored caves of the Moravian Karst, worked at the museum. In 1991 he was rehabilitated and promoted to the rank of Colonel.

Professional, or Professionalized NCO Corps by CSM Dušan Rovenský. This article covers the process of transition from conscript army to entirely professional, allvolunteer force (AVF). It deals with the role and responsibilities of NCOs generally, rank and grade structure, career rules, NCOs' training and education. The author identifies the problems of a rapid professionalization, discusses the possibilities for improvement and finally suggests the possible solutions to those problems. Among others, there is some sort of misunderstanding as far as Other Ranks/Enlisted corps is concerned. The Czech translations of those ranks do not always correspond to their general positions, ranks, responsibilities, command authority, the length of service of individual non-commissioned officers (NCOs), sergeants, or warrant officers (WOs). The author, Command Sergeant Major, Support and Training Forces Command (a graduate of U.S. Army Sergeants Major Academy Fort Bliss) puts forward several proposals to make those translations more precise.

Supported by several historical examples, this article covers the past and contemporary development of both role and organizational structure of the infantry fire teams and squads. Fire team (or fireteam in British English) is an infantry grouping of four or less men (half of a section, GB); or one third of a squad (US). The fire team concept of the U.S. and British Army is shown as an example how to more effectively employ infantry in the all-volunteer military force. The author also shortly mentions Infantry Squad

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.

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.