THE ECHELONED MINE BARRIERS BREACHING PROPOSALS BASED ON THE EXPERIENCE OF THE RUSSIAN-UKRAINIAN WAR

V. Koshka, S. Lukianenko, D. Krivtsov
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Abstract

The echeloned mine barriers system of the russian occupying forces became a real challenge for the Ukrainian military. The first days of the Ukrainian offensive in the Zaporozhye direction revealed that the russians had created very dense minefields on their defense lines. The occupiers used continuous mining of the area, that is several times higher than the normative values for laying mines. The solution to this problem can be found in the application of non-standard technical solutions and tactical techniques that will allow to break through the echeloned mine barriers system of the russian occupying forces. Regarding the technical aspect of this issue solving, there was an interesting technical solution in the history of weapons and military equipment. We are talking about a hovercraft, that is supported above a supporting surface (land or water) on a compressed air layer (cushion) created by ship fans (superchargers). This principle of movement allows them to overcome underwater engineering structures and to break through mine barriers, to move on ice and swampy terrain, to go to the shore equipped in the anti-landing position, to overcome ditches and trenches. These tactical properties of hovercraft can be taken as a basis for the creation of a new generation of armored vehicles based on new principles of movement. In theory, the combat use of a whole series of armored vehicles on an air cushion (tanks, combat vehicles, armored personnel carriers, mortars, demining machines, evacuation vehicles, etc.) will expand the capabilities of mechanized units, will allow to improve existing methods and techniques for breaking through the echeloned mine barriers, forcing water obstacles, swampy and desert terrain. The issue of creating armored vehicles on an air cushion to break the mine barrier requires further research.
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根据俄乌战争经验提出的梯次地雷障碍突破建议
俄罗斯占领军的梯次防雷系统成为乌克兰军队面临的真正挑战。乌克兰在扎波罗热方向进攻的最初几天发现,俄罗斯人在其防线上布设了非常密集的雷区。占领者在该地区采用了连续布雷的方式,比常规布雷值高出数倍。要解决这一问题,可以采用非标准的技术解决方案和战术技巧,从而突破俄罗斯占领军的分层地雷屏障系统。在解决问题的技术方面,武器和军事装备史上曾有过一个有趣的技术解决方案。我们所说的气垫船,是由船用风扇(增压器)产生的压缩空气层(缓冲层)支撑在支撑面(陆地或水面)之上。这种运动原理使气垫船可以克服水下工程结构,突破地雷障碍,在冰面和沼泽地带移动,在反登陆位置到达海岸,克服壕沟和战壕。气垫船的这些战术特性可以作为根据新的运动原理制造新一代装甲车辆的基础。从理论上讲,在气垫上使用一整套装甲车辆(坦克、战车、装甲运兵车、迫击炮、排雷机、撤离车等),将扩大机械化部队的能力,改进现有的突破梯次地雷障碍、水上障碍、沼泽和沙漠地形的方法和技术。关于在气垫上制造装甲车辆以突破地雷障碍的问题还需要进一步研究。
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