The Kalashnikov Concern, well-known for its advanced solutions in the field of armaments, has once again drawn attention with its innovative developments. This time, the concern’s specialists have introduced a tethered drone, which is already undergoing successful testing. This new type of unmanned aerial vehicle (UAV) has the potential to change approaches to reconnaissance, surveillance, and military operations.
What is a tethered drone?
A tethered drone is a unique device connected to a ground station via a cable. The main feature of this solution is that the drone can remain airborne for extended periods without the need for regular battery recharging, which is a major limitation of traditional drones.
Key Advantages of a Tethered Drone
- Unlimited flight time
The connection through the cable allows the drone to be powered from a ground energy source, eliminating the flight time limitation. This is particularly useful for long-term operations that require extended time in the air. - Increased resistance to electronic warfare
The tethered connection reduces the vulnerability to interference from electronic warfare (EW) systems, making the drone less susceptible to signal jamming or interception. - Reliable communication and control
Using a wired communication channel ensures stable data transmission and command control, eliminating the risk of losing control over the drone in conditions with complex interference.
Application in Military Operations
Tethered drones can become an important tool for battlefield reconnaissance and surveillance. They can perform aerial reconnaissance tasks from fixed positions, providing a constant stream of information about enemy actions. Such drones can also be useful for protecting strategic facilities, providing continuous video surveillance.
Current Testing and Prospects
The Kalashnikov Concern reports that testing has already demonstrated the high efficiency of the device. The tethered drone successfully performs surveillance and data transmission tasks over long distances while remaining inconspicuous to the enemy. Although the technology is still under development, the results are impressive.
In the future, such drones may find broad applications not only in the military but also in civilian sectors. For example, they could be used for long-term monitoring of construction sites, forests, or in emergency situations.
Thus, the tethered drone from the Kalashnikov Concern is an example of the successful implementation of new technologies that could significantly change the modern landscape of unmanned systems. The concern continues to improve its developments, focusing on increasing the efficiency and safety of drone use in various conditions.
