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DOI: https://doi.org/10.37129/2313-7509.2024.21.33-39

ANALYSIS OF THE PROSPECTS FOR THE DEVELOPMENT OF THE M120 LODESTONE FOR MORTAR ROUNDS OF 120 MM CALIBER

Abstract

In today's warfare environment, when military operations are becoming increasingly intense and fast-paced, the issue of efficient and reliable transportation and storage of ammunition is becoming critical. 120 mm mortar systems are a staple of many armies around the world, thanks to their power, mobility and ability to provide fire support at medium and long ranges. However, the effective use of these systems directly depends on keeping the ammunition in good condition, which places special demands on packaging and logistics solutions.

Traditionally, ammunition packaging has focused on providing mechanical protection and ease of transportation. However, modern military conflicts, which are often accompanied by challenging environmental conditions, including extreme temperatures, humidity, dust and chemical exposure, require new approaches to protecting and transporting ammunition. The M120 mortar launcher for 120 mm mortar rounds is one of these innovative solutions that combines advanced materials, innovative design approaches and technological innovations.

This article provides a comprehensive analysis of the prospects for the development of the M120 mortar launcher for 120 mm mortar rounds. The current achievements in the field of its design and materials, as well as opportunities for further improvement are considered. Particular attention is paid to the use of innovative materials and technologies that can increase the level of ammunition protection, reduce the weight of the package and reduce the cost of its manufacture.

The conclusions of this work are aimed at forming a strategy for the further development of military packaging that will meet the latest challenges and needs of the armed forces of different countries.

Keywords: M120 cradle, mortar rounds, military logistics, polymeric materials, composites, nanomaterials, modular structures, sensor systems, 3D printing, military packaging, ammunition transportation, ammunition storage, production automation, environmental sustainability.

FULL TEXT (in Ukraine)

References

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Стаття надійшла до редакції 11.03.2024.