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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 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 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.

Rocket technology occupies an elite position in the doctrines of hybrid actors in the Middle East. The thesis of proliferation of tactical ballistic missiles analyses four models - political, technological, substitutional and propagandist-psychological. An effective reduction of ballistic missiles and technologies has been identified in the political model, where sanctions and embargoes limit the proliferation of missile technology. In the technical model, which plays a key role, the limiting factors are those of development and dissemination of high-energy laser weapons. The substitutional model illustrates the application of tactical ballistic missiles as carriers for improvised devices. It is of marginal importance, despite covering targets that involve secondary damage. Studying the model of propaganda and psychology confirms the psychological effect on the population associated with the losses, but it does not affect the reduction of missiles.

The paper presents the additive manufacturing method as a possible alternative to the current subtractive manufacturing methods. Based on literature survey, some of the problematic aspects of the discrepancy between the lengthy development cycles and rapidly changing operational demands responsive to current threats are identified. The paper also includes some thoughts on possibilities of solving inadequacies in the development cycles, as well as related logistical apparatus, by additive manufacturing. For the sake of objectivity, the last part is dedicated to deficits of additive manufacturing, being inherent to technology or possibly to be overcome by further development of the field.

Protection of the civilian population against the Gaddafi regime, it was a clear UN mandate for military intervention in Libya in 2011. Not only a new approach to leading the fight against terrorism after 11 September 2001, but also requires a change in approaches to conducting combat operations coalition forces, as shown by the recent armed conflict in Libya, inevitably required a new perspective on the concept and approach to the process of targeting as the process of selecting and prioritizing targets and responding to them in accordance with operational requirements and capabilities of units, synchronization of NATO forces, particularly with regard to collateral damage with an impact on the protection of civilians. And Unified Protector operation is a clear example.

Space warfare is combat that takes place in outer space. Technically as a distinct classification, it refers to battles where the targets themselves are in space. Space warfare therefore includes ground-to-space warfare, such as attacking satellites from the Earth, as well as space-tospace warfare, such as satellites attacking satellites. It does not include space-to-ground warfare, where orbital objects attack ground, sea or air targets directly, or the use of satellites for espionage, surveillance, or military communications. Both the Soviets and the United States developed antisatellite weaponry designed to shoot down satellites. While early efforts paralleled other space-to-space warfare concepts, the United States was able in the 1980s to develop ground-to-space laser antisatellite weapons. China tested a ballistic missilelaunched antisatellite weapon in January 2007. So, the US has to evaluate its defensive options in outer space as strategic stakes are higher than ever, as the vulnerability of commercial and military satellites of the US and its allies is now on display after China destroyed an old Chinese weather satellite using an antisatellite weapon.

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.

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

Armed Forces by František Kříž. After September 2001, in operations both in Afghanistan and Iraq, great attention is paid to terrorism throughout the war. In fact, new generation of warfare came in existence. War on terrorism is a large-scale low intensity conflict, without classical confrontations between states, without massive bulk of soldiers. For such type of warfare we can't use weapons of mass destruction, or classical types of warfare. At level of US Army brigade there were some changes in structure and scope of forces. Several new formations were established: Heavy Brigade Combat Teams, Infantry Brigade, Infantry Brigade Combat Teams, and Future Combat System Brigade Combat Teams. In operations, brigade S2 section is reinforced by an analysis and integration platoon, MI Company. The idea of augmentations and reorganizations of S2 groups is to elevate potential in the brigade system of Intelligence Battlefield Operating System. Article is based on articles form Military News, Military Intelligence, Global Security, etc.

Established methods of warfare are out of use in urbanized regions, western technological and arms potential must be amended by new equipments, materials and weapons of XXIst Century WarriorCity Guerrilla Fighter. Urbanized areas are divided into separated sectors with changed dimensions: dominating tall buildings, impenetrable barriers. Reinforced concrete, narrow streets, fight inside buildings prevent us from using global position systems. So, dismounted infantry are being equipped by inertial movement units, portable lasers, noctovisors, and bolometers (i.e. instruments used to measure tiny amounts of radiant energy). Bolometers in combination with low light level videos enable to identify friends of foes, to set risky targets. The socalled reconnaissance hand grenade to get image and sounds of enemy soldiers are being developed, it is anticipated the wide employment of unmanned aerial and ground vehicles. Many arrangements are done to prevent "collateral damages", unintentional killing of civilians as a result of military action.