The Ukrainian defense industry is on the cusp of a technological breakthrough. Fiber-optic combat drones that can break through Russian jamming are being developed, marking a significant evolution in the field of unmanned ground vehicles (UGVs). ### Key Features of Fiber-Optic UGVs
• **High-Resistance to Jamming**: Fiber-optic cables can withstand electronic signal jamming, making them ideal for combat missions where radio frequency connections are vulnerable. • **Stable Video Transmission**: Fiber-optic connections provide high-quality video transmission over a range of several miles, ensuring clear communication between the drone and its operator. • **Advanced Communication Channels**: Fiber-optic cables can serve as an alternative communication channel for controlling UGVs in situations where other types of connection are unavailable due to strong electronic warfare interference.
| Advantages of Fiber-Optic UGVs | Disadvantages |
|---|---|
| High-Resistance to Jamming, Stable Video Transmission, Advanced Communication Channels | Limited Range, Potential Interference Issues |
Fiber-optic-controlled UGVs are still in the early stages of development, but Brave1, a Ukrainian government operation that facilitates innovation within the defense industry, has identified several promising technologies. ### Applications of Fiber-Optic UGVs
• **Combat Missions**: Fiber-optic UGVs are suitable for combat missions, where their high-resistance to jamming and stable video transmission can provide a significant advantage. • **Self-Detonation Missions**: Fiber-optic UGVs can be used for self-detonation missions, where they can be programmed to explode beside armored vehicles or other targets. • **Logistics Tasks**: Fiber-optic UGVs may not be ideal for logistics tasks, such as moving back and forth on the same route, as they can get their cables tangled or snagged on objects on the ground. ### Technical Specifications
• **Fiber-Optic Cables**: Fiber-optic cables provide a stable and high-quality connection between the drone and its operator, over a range of several miles. • **UGVs**: Uncrewed ground vehicles (UGVs) are remote-controlled robots that can execute various missions, including combat, logistics, and self-detonation. “
According to Brave1, the best roles for fiber-optic-controlled UGVs are likely combat or self-detonation missions rather than logistics tasks,”
A senior Ukrainian official previously told Business Insider that he believed UGVs would be the “next game-changer technology” of the war. Both Kyiv and Moscow have already used these robots in combat, with some equipped with machine guns and thermal-imaging cameras for nighttime missions. The development of new fiber-optic UGVs marks an evolution in the technological space, with potential implications for the ongoing conflict between Ukraine and Russia. ### Technological Race
The two militaries are constantly looking for innovative solutions to keep their drones and robots going, with electronic interference fueling a high-stakes technology race between Ukraine and Russia. The UGV tests are the latest example of this technological race, with Brave1 and the Ukrainian military working together to develop tactics for the fiber-optic UGVs. Kyiv plans to obtain thousands of these systems this year, marking a significant investment in the development of this technology. As the conflict continues, it is likely that fiber-optic UGVs will play a major role in the ongoing technological race between Ukraine and Russia.
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