Ammunition supplies, new proposal of ammunition sufficiency

Keywords: supplies, standard day of supply (SDOS), combat day of supply (CDOS), risk, war conflict

Abstract


Introduction/purpose:The paper is one of the outcomes of the project in the area of ammunition supply and standard day of supply (SDOS) design for ACR needs. It discusses the current approach of determining the amount and composition of ammunition stocks. Possible solutions to increase efficiency are considered. The aim is to achieve greater objectivity of the planning process where operations management and crisis management are included.

Methods: Basic scientific methods were usedtogether with specific methods such asthe target-oriented method (TOM) and the effort level method (LoE).

Results: The result of the scientific research is to determine the effective ammunition stock of the battalion level in order to achieve higher objectivity of the planning process of conducting operations and coping with crisis situations. The authors deal with a description of the current system of ammunition supply creation in the Czech Armed Forces and NATO, strengths and weaknesses included. A new consolidated system is proposed to improve a stock pile planning process for effective provision and sustainment to achieve operational success and risk mitigation. Objectives from NATO and EU task forces and current operations have been taken into account. The research used the target-oriented method (TOM) and the effort level method (LoE).

Conclusion: The result of the scientific research is to achieve higher objectivity of the planning process of conducting operations and coping with crisis situations.

References

Andrews, W.S. & Hurley, W.J. 2004. Approaches to determining army operational stockpile levels. Canadian Military Journal, 5(2), pp.37-46 [online]. Available at: http://www.journal.forces.gc.ca/vo5/no2/doc/technology-technologi-eng.pdf [Accessed: 21 January 2020]

-General Staff of Army of the Czech Republic. 2019. Síly obecného protivníka. Prague: General Staff of Army of the Czech Republic, p.42 (in Czech).

Malbašić, S. & Đurić, S. 2019. Risk assessment framework: Application of Bayesian Belief Networks in an ammunition delaboration project. Vojnotehnički glasnik/Military Technical Courier, 67(3), pp.614-641. Available at: https://doi.org/10.5937/vojtehg67-20900.

-Ministry of Defense of the Czech Republic. 2013. Rozkaz ministra obrany ČR, kterým se mění rozkaz ministra obrany č.48/2013 Věstníku, Hospodaření a nakládání s majetkem v působnosti Ministerstva obrany. Prague: Ministry of Defense of the Czech Republic (in Czech).

-Ministry of Defense of the Czech Republic. 2017. Rozkaz ministra obrany ČR č.54/2017. Prague: Ministry of Defense of the Czech Republic (in Czech).

-Ministry of Defense of the Czech Republic. 2019. Dlouhodobý výhled pro obranu 2035 [e-book]. Prague: Ministry of Defense of the Czech Republic, p.185 (in Czech). Available at: http://www.mocr.army.cz/images/id_40001_50000/46088/11_dlouhodobyvyhledproobranu2035.pdf [Accessed: 21 January 2020].

-Normativní výnos MO č.10/2010. Stanovení palebných průměrů a zásob munice k zabezpečení činnosti vojsk. Prague: Ministry of Defense of the Czech Republic (in Czech).

-Normativní výnos MO č.39/2015. Stanovení rezerv munice k zabezpečení činnosti vojsk. Prague: Ministry of Defense of the Czech Republic (in Czech).

-Normativní výnos MO č.16/2017. Rezervy majetku v působnosti Ministerstva obrany. Prague: Ministry of Defense of the Czech Republic (in Czech).

-NATO HQ. 1949. The North Atlantic Treaty. Washington D.C: NATO HQ.

-NATO HQ. 2010. Logistics Readiness and Sustainability Policy, MC 55/4. Brussels: NATO HQ.

-NATO HQ. 2013. Allied Joint Doctrine for Host Nation Support (B). Brussels: NATO HQ.

-NATO HQ. 2017. Allied Joint Doctrine, AJP-01 Edition E V 1.0. Brussel: NATO HQ.

-NATO HQ. 2018.Allied Joint Logistics Doctrine, AJP-4 (B). Brussel: NATO HQ.

-Vševojsk 5-3. 1997. Palebné průměry arozložení pohyblivých zásob munice. Prague: Ministry of Defense of the Czech Republic (in Czech).

Zlatník, D. 2018. Model pro stanovení výše rezerv munice u mechanizovaných praporů. Ph.D. thesis. Brno: University of defence (in Czech).

Published
2020/04/16
Section
Original Scientific Papers