It's no wonder that the Russian forces have been making rapid progress recently; a reminder from China is crucial: fiber-optic drones are the future!
Although Ukraine has not yet fully collapsed, the unfavorable situation is obvious to everyone. According to analysis, the key to Russia's recent advances lies in its significant advantage on the drone battlefield. Behind this is the extensive use of fiber-optic drones by the Russian military.
In fact, in mid-2024, Ukraine still had an advantage in drone tactics, with a large number of FPV operators effectively compensating for the lack of manpower. However, after capturing Kursk, Russia increased its focus on drone forces and specifically established the "Rubicon" unit to develop and apply drone technology.
One of the core missions of this unit is to use fiber-optic drones to attack Ukraine's supply lines in the Kursk area. Looking back now, the implementation of this strategy became a crucial factor in turning the tide of the war.
Why did Russia turn to fiber-optic drones? Actually, a reminder from Chinese netizens played a key role. Fiber-optic drones have the advantage of being difficult to interfere with signals, making them more stable and reliable when performing tasks. According to statistics, by the end of summer 2024, traditional FPV drones had only a 30% success rate in strong electronic warfare environments, while fiber-optic drones performed exceptionally well.
The operational range of fiber-optic drones can reach 18 to 20 kilometers, far exceeding the range of general drones. These drones can remain hidden in ambush locations for long periods, launching attacks immediately once a target appears. In addition, fiber-optic drones often work in conjunction with reconnaissance drones to achieve optimal results.
Some highly skilled operators can even guide fiber-optic drones through forest areas 5 to 7 kilometers wide, launching attacks from unexpected angles. In urban combat, fiber-optic drones also perform excellently, with superior maneuverability compared to ordinary drones, and they are not affected by electromagnetic interference. They also have a bandwidth of up to 100TB, which allows clear image transmission and ensures low-latency control.
Notably, Russia is currently unable to produce fiber-optic cables independently and relies on imported civilian products to meet its needs.
Original article: toutiao.com/article/1850382642874379/
Statement: This article represents the views of the author alone.