Russian experts are currently working on the development of a new unmanned aerial vehicle (UAV), which resembles a typical “flying wing.” The UAV will be used for reconnaissance, artillery fire adjustment, and communication signal transmission, including for the new strike platform called “Scalpel,” according to information provided by the design bureau “Vostok” to TASS.
The testing of this UAV is planned to begin by the end of February 2024. It will have a wingspan of approximately 3 meters and will perform tasks such as reconnaissance, communication signal transmission, including for the new strike platform “Scalpel.” Additionally, it will be used for objective control – determining whether the target has been hit and for artillery fire adjustment.
The flight duration of this UAV will be up to 6 hours, with a flight range of 100 kilometers. The maximum payload capacity will be 4 kilograms.
Kaspersky Lab, a renowned cybersecurity company, has developed the first classification system for unmanned aerial vehicles (UAVs) in Russia. The system categorizes UAVs based on their level of danger. Vladimir Kleshnin, the Business Development Manager of Kaspersky Antidrone, explained that incidents involving drones have become a major concern for infrastructure facilities such as airports and industrial plants. The lack of understanding among customers about how to effectively protect themselves from UAVs has prompted the creation of this rating system.
In related news, drones named “Zhirinovsky” were recently spotted in the area of responsibility.
This new development in the field of unmanned aerial vehicles showcases Russia’s commitment to advancing its military capabilities. The new UAV, with its versatile functionalities, will greatly contribute to reconnaissance, communication, and artillery fire adjustment. The upcoming testing phase will determine its effectiveness and potential for deployment in various military operations.
As the threat posed by drones continues to grow, the development of systems like the one created by Kaspersky Lab becomes crucial for ensuring the safety and security of critical infrastructure. By classifying UAVs based on their level of danger, authorities and facility managers can better understand the risks they face and implement appropriate countermeasures.
The appearance of drones named “Zhirinovsky” in the area of responsibility raises questions about their origin and purpose. Further investigation is needed to determine whether they pose a threat or are simply part of a civilian initiative.
In conclusion, the development of a new unmanned aerial vehicle by Russian experts highlights the country’s ongoing efforts to enhance its military capabilities. The UAV’s features, including reconnaissance, communication, and artillery fire adjustment, demonstrate its potential for various military applications. The classification system developed by Kaspersky Lab also plays a vital role in addressing the growing threat of drones to critical infrastructure. The recent sighting of drones named “Zhirinovsky” calls for further investigation into their purpose and origin.
