The text discusses new developments in drone technology, particularly focusing on the use of fiber-optic cables for communication instead of traditional radio signals. A captured Russian FPV kamikaze drone showcases this innovative approach, which allows for operation in areas with radio jamming without detection. The article explores historical contexts, such as the use of fiber optics in missiles and military projects, and highlights the growing capabilities of small Russian firms in drone development. This advancement presents new challenges for counter-drone systems, which predominantly rely on radio jamming techniques.
| Signal | Change | 10y horizon | Driving force |
|---|---|---|---|
| Russian drones use fiber optics | Shift from radio to fiber optic guidance | Drones operate without jamming risks | Need for stealth in military operations |
| Quadcopter with cable control | Evolving drone communication methods | More versatile UAV capabilities | Technological advancement in warfare |
| Local drone development in Russia | Greater autonomy and innovation locally | Increased global security threats | Competition in military technology |
| Historical precedents reappearing | Recycling old tech for advanced purposes | Enhanced effectiveness in drone missions | Lessons learned from past conflicts |
| Civil applications of military tech | Blurring lines between civilian/military drones | Innovations in commercial drone usage | Commercial interests in drone tech |