Year: 2024
Type: article
Abstract: The current stage of technological development has presented new challenges and tasks for the military and defense industrial complexes of the country. One of the key directions in the development of the defense sector is the integration of laser technologies into armament systems. Laser systems designed to combat unmanned aerial vehicles (UAVs) represent a promising technology for military applications. They provide high efficiency and precision in targeting and can be used to counter various means of aerial reconnaissance. The development of these technologies has opened new possibilities for modern armed forces in countering unmanned threats. Laser technologies provide significant advantages to armed forces in contemporary conflicts. Laser systems can be used effectively to defend against enemy drones used for reconnaissance and attacks. Their high speed of reaction and precision make them ideal for detecting and targeting even the most advanced unmanned aerial vehicles. In addition to defending against UAVs, laser systems can be effectively used for monitoring and protection against other types of aerial threats. They are capable of instant reaction, which is critical in combat conditions where every second counts. Furthermore, lasers provide a significant economic advantage as they require minimal expenditure on ammunition compared to traditional systems. Thus, the integration of laser technologies into defense systems represents a crucial step in enhancing the effectiveness of military operations and ensuring national security. These technologies open up new possibilities for protection against modern threats and reflect the trend towards continual development and enhancement of the military sphere in the conditions of the modern world.
Source: Випробування та сертифікація
Authors: D. Spirin, S. Briankin, V. Podchernina, V. Sai, I. Domanov
Language: English
Subfield: Aerospace Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: bronze
OpenAlex ID: W4404135167