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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.

The Directed energy weapons use highly focused energy to damage targets. These weapons use electromagnetic radiation, sound, or subatomic particles. This article aims mainly presentation of information on the current situation in the field of directed electromagnetic weapons that use pulsed electromagnetic field in the range of radio waves and microwaves band. These technologies are used for disruption or destruction of electronic and electrical circuits of the enemy equipment. This makes it possible to neutralize or completely destroy the operation of information, communication, management, control, firing and other electronic devices.

The article examines the different approaches of the North Atlantic Treaty Organization and the United States Armed Forces towards Electronic Warfare, the military activity in the Electromagnetic Environment. All reference materials used for this analysis, including the specifics of the Army of the Czech Republic's approach toward the subject area, were obtained from unclassified military sources. It describes, explains and visualizes the individual approaches, and by their comparison it identifies and subsequently emphasizes cases of divergence, including non-compliance in established Czech terms, definitions and abbreviations. It highlights the obsolescence of the still valid military publication Electronic Warfare in the Army of the Czech Republic, the use of which, in its current form, has already been deemed as unfounded and counterproductive. It presents proposals and recommendations for unification of approach towards the Electronic Warfare issues within the Army of the Czech Republic, in order to ensure consistency with the current North Atlantic Treaty Organization policy related to activities in the Electromagnetic Environment. It contributes to better understanding of doctrinal views on the role of Electronic Warfare in execution of combat support tasks in contemporary military operations, thus creating preconditions for elimination of associated misunderstandings in terms of the Army of the Czech Republic.

In this article the author thinks over one of many variants the mortar units could be deployed into battalion combat task forces to support developing operations. It is a process of gradual compatibility with the units of North Atlantic Alliance and modernizing mortar weapons system with regard to prospective personnel reductions. It is important for joint commanders to be familiar with this kind of combat support, so that they could use it effectively in land operations.

Article deals with analysis and description of defence-industrial cooperation of V4 countries from the beginning of nineties of the 20th century up to 2016. The goal of this text is presentation of findings relating to achieved degree of cooperation, where besides realized cooperation (its outcomes are real products) and political aspects (as determining mechanism and framework of whole partnership) attention is also paid to the causes as a driving force of past and current state. In conclusion, author assesses the most problematic issues of defenceindustrial cooperation of V4 countries and also obstacles of their deeper EU involvement, which can be used as a more suitable framework for anchoring regional partnership in sector of defence industry. Author also outlines areas of potential future cooperation of Visegrad partners.

Recent developments in security environment in the last two years re-opened crucial European debates such as the reform of the NATO architecture to address resurgent Russia to the East and as finding common European solution to migratory pressures that test both national capabilities and European solidarity. Even through the Visegrád countries do not always share common interests, the V4 manifests that it can play indispensable role in reaction to these developments. However, V4 still lacks actually proactive regional approach that would accommodate polish interests in order to keep informal leader Poland invested in this cooperation format. Polish elections mean one more challenging test for the V4 to coordinate positions before the crucial NATO Warsaw summit. Should this endeavor be unsuccessful, Poland could look to other formats that mirror its interests and threat perception more closely meaning that V4 would take a back seat with regard to NATO agenda. The task for the Czech V4 presidency is to produce practical results in ongoing ambitious project in defence cooperation so that is demonstrates the cooperation's 'added value.'

The article analyses the Host Nation Support (HNS) planning process in five separate phases according to the NATO procedures. The author emphasizes the importance, purpose and result of every planning stage. The main objective of the article is to apply general rules to the concrete examples of international air forces exercises. The author further identifies his comprehension of HNS formed in the specific conditions of the 22th Helicopter Base. The logistic planning process analysis is based on the experience from exercises Ramstein Rover and Ample Strike held in the period of 2012-2014. The paper is focused on exercises preparatory stages that create the basis for a successful accomplishment of the executive part. The results of the article present the trend of planning responsibility delegation to the tactical level and define the specifics of adapted planning process. The author's contribution may be used as a lead for the future application of the HNS concept.

The main goal of the article is to present the activities of members of the Slovak Armed Forces in the military operation ISAF and familiarize the reader with the main facts involving the Slovak Republic as a member of the Alliance in this operation. The text outlines the genesis of the ISAF and structure of the components of the Slovak contingent. SAF members during their tenure at ISAF gain valuable experiences that make up their professional competence and achieve greater compatibility with other members of the Alliance. In conclusion, the most important awards are presented by the coalition partners for professional use, so competence and commitment of the SAF to assist and defend basic human rights and freedom of the Afghan people, to help them take responsibility for themselves and their country.

Changing security environment and the need to address conventional and especially asymmetric threats and risks, wherever they occur, establish clear requirements on the development of national capabilities. Armed forces are required to be fully deployable and sustainable in operations in austere conditions for an extended period of time. In NATO-led operations currently participate many nations of different sizes, force structures, equipment, training and capabilities. The only way to reach operational goals while achieving economies of scale is a mutual cooperation of all involved participants. Basic key prerequisite for such cooperation is interoperability.

The idea of this enquiry into Czech Army logistics was to prove that even under hard conditions originated in permanently changing army concepts, the army logistics still keeps its high standard and responsibility. During transformation, an appropriate organization structure has been created, with working mechanism of logistics support, using motivated and rationale source exploitation. The purpose of an array of transformation in defence sector was to introduce not only new and effective army structure, compatible with NATO armies, but also to change the system of fi nancing forces. The funding ought to be more economical. The article is backed by a longterm study and observation of logistics development in defence sector.

The author discusses the issues surrounding the construction of modern logistic support for the Czech Army as it transforms from a conscript to an all professional force of agile, light forces, with high reliability and low support requirements. The basic philosophy is to create comprehensive system that would offer complex service for a commander in the field of materiel, technology and medical services. The logistics reform must be supported by enhancing communication systems (Information Logistics System) and by seeking the ways of rationale savings, to reach the highest level of compatibility with logistics systems of other NATO nations. "Time Based Competition" and "Time Compression" must be accepted at all levels of logistics system both in peace and field conditions. In the future, the security problems will be managed more by civilian means than by hard force. The goals will be political, economical and cultural. Those changing threats will ask logistic support to be more flexible, mobile, integrated, compact and precise.

The author discusses the issues surrounding the construction of modern logistic support for the Czech Army as it transforms from a conscript to an all professional force of agile, light forces, with high reliability and low support requirements. The basic philosophy is to create comprehensive system that would offer complex service for a commander in the field of materiel, technology and medical services. The logistics reform must be supported by enhancing communication systems (Information Logistics System) and by seeking the ways of rationale savings, to reach the highest level of compatibility with logistics systems of other NATO nations. "Time Based Competition" and "Time Compression" must be accepted at all levels of logistics system both in peace and field conditions. In the future, the security problems will be managed more by civilian means than by hard force. The goals will be political, economical and cultural. Those changing threats will ask logistic support to be more flexible, mobile, integrated, compact and precise.

The paper deals with the risk assessment of professional exposure to the non-ionizing electromagnetic fields caused by radars in the selected military unit. The measured values of electric field or power density in the indication zones where the staff is exposed to the effects of the radar's non-ionizing electromagnetic field was used for the risk assessment with the acceptance of national and European standards. The principle of preliminary precaution was applied concurrently with the risk assessment according to the valid standards. The authors discuss the values of measured outcomes. They used the Checklist Analysis for qualifications of risks and for quantitative risk specifications they use the so-called brainstorming.

The autor responds to several articles published in our Military Review, namely by Prof. František Ochrana, Prof. František Božek, Brigadier Rudolf Urban, Prof. Miroslav Krč, in No. 4/2008, with special appreciation to critical articles by Ing. Jiří Dušek and Lt.Col. Ing František Růžička in the same issue. He tries to find out common denominators of those essays. There are three of them: economization tied with rationalization, risk management, and information compatibility. As necessary he regards to unite those denominators both at the level of decision making officials and at the level of their subordinated elements, by means of e.g. working teams as a guarantee of coordination, so that the adopted Long-term Vision of Defence Department could be actually realized.

The Military Technical Institute of Ground Forces (VTÚPV) Vyškov was established in 1978 as a research authority and its activities have covered both requirements of the Army of the Czech Republic as well as the civilian sector. The VTÚPV Vyškov Division specializes in equipment, material and technologies of the ground forces. It solves tasks ranging from theoretical analyses and applied research and development to the prototype production phase, testing and validation, and small series production. It is an accredited testing laboratory for testing products and systems; it operates as an accredited certifying body for a large number of products. Since 2003 it is a part of the military repair shop VOP-026 Šternberk, s.p. (state enterprise) founded by the Ministry of Defence. The article enumerates its activities, namely just finishing semi-anechoic hall EMC (electromagnetic compatibility), the most important and most expensive investment project since the late 80s.

The necessary predisposition of successful meeting assigned tasks of every military contingent sent abroad lies in a high cooperation of its elements, hidden performance of all mission members. The purpose of this article is to introduce nearly invisible activities of geographic and hydro meteorological specialists of the ACR, who prepared and printed geographical maps of Logar province. It is the very first set of maps created by the method of rapid symbolization of GIS data (Geographic Information System), based upon standard Topographic Map TLM50. Vocational preparedness of military geographers is high. Technological means, advanced technology they use in Logar, are an indispensable prerequisite for successful fulfilment of their mission with honours. In fact, the Czech contingent consists of nearly 200 members, formed by soldiers of 102nd reconnaissance battalion Prostějov, 7th mech brigade Hranice, 13th arty brigade Jince, 15th rescue engineers brigade Bechyně, 103rd Centre CIMIC/PSYOPS Lipník, 22nd Air Base Náměšť and other members of Czech armed forces.

This article deals with the birth of a new concept in the field of the warfare-FORCE XXI, the long-terms vision that influenced all advanced militaries, among others the author introduces a list with names of programmes: USA (Land Warrior), Great Britain (FIST - Future Integrated Soldier Technology), Canada (ISSP - Integrated Soldier System Platform), Germany (IdZ - Infanterist der Zukunft), France (FELIN - Fantssin a Equipement et Liaison Intégrés), the Netherlands (SMP - Soldier Modernisation Programme), Norway (NORMANS - Norwegian Modular Artic Network Soldier), Denmark (Danish Soldier Modernisation), Belgium (BEST - Belgium Soldier Technology), Italy (Soldato Futuro), Portugal (Sodado do Futuro), Slovakia (PIBS - advanced combat individual system) Poland (Tytan). The author underlines fundamental changes within this course of study, both technical-implementation of new technologies and weaponry-and doctrinal. He also describes current situation within the Armed Forces of the Czech Republic.

At present, the current reform of our armed forces is oriented towards qualitative changes. The Brigade of Logistics Support is going to be the unit designated for transportation, maintenance and repair, technological control of arms and vehicles, it must be capable of fluent supplying advances positions, namely by propellants, ammunitions, and further dozens of tasks in frame of joint task groups (National Support Element) or as a HNS (Host National Support). All units will be connected by multifunctional logistics informational system. Logistics system must fulfill its tasks even in time of peace, and thus be prepared for time of crises. The operational engagement in the early 21st century will require light expeditional forces capable of easy and rapid deployment. The logistics support ought to be more mobile, more integrated, more compatible and more precise, with the quick accession to spare parts and maintenance support.