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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 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 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.

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 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 article describes attributes will influence character of modern warfighting and presents the basic approach to prepare commanders and leaders of "new generation". The operational environment describes determinants and characteristic of today's and future warfighting. Technological development as booster, change the tools and the procedures but not the nature of war. Level of training and leadership quality multiplies combat power. The key findings and recommendations support fundamental idea of ability to lead and manage hybrid systems in volatile multi-dimensional environment, using various tools and sources, appropriate to specific environment and specific tactical level mission, stressed in last chapter as result of this study. The article´s aim is support discussion, which directions we will adapt currently ongoing or newly creating study programs, preparing new generation of warriors - leaders.

In this article the author explores the potential roles for unmanned ground vehicles (tactical UGVs) in the modern battle space as pack mules, fighting scouts and perimeter sentries as new concepts of operation, designs and products emerge. Remote control vehicles could be also used in explosive ordnance disposal operations. Urban warfare looks set to become a particularly rich field for this sort of robots. The article discusses the challenges in developing and deploying cost-effective UGVs on the battlefield. There are still many problems, namely technological. The price for a UGV is comparable to price for four or five wheeled armoured vehicles. The article is based upon materials from RUSI Defence Systems (No. 2/2007), studies by Myron E. Mills, Kevin Ivison, James Masey. Ulf Stremmel; and Andy Simms: Robot Wars. Soldier, No. 12, 2007.

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.