Drones connected to their operators via fiber optic cables have become a common weapon on the Ukrainian battlefield due to their complete ability to resist electronic jamming. However, the process of importing these vital materials from China faces mounting pressure, as the military drone industry competes with the massive global demand from artificial intelligence data centers for the same limited resources.
Both Ukraine and Russia rely on Chinese suppliers to obtain drone components and fiber optic spools that allow control boards to operate over long distances reaching dozens of miles. According to market data, the global AI boom and the ongoing expansion in data center construction have caused a projected global shortage in fiber optic cables, leading to a significant jump in prices and the cost of bend-insensitive materials used by drones.
How are local manufacturers adapting?
Amidst these challenges, the Ukrainian company BlueBird Tech and other local firms have begun shifting fiber optic spooling operations inside their own facilities. Instead of importing ready-made spools from China, companies resort to purchasing massive fiber optic spools and producing the smaller spools designated for drones locally.
This step allows companies to implement their own quality control measures and detect early defects that could lead to the loss of the drone during a mission. Furthermore, transportation and logistics operations in Ukraine face additional challenges represented by delays resulting from air raid alerts, customs clearance procedures, and strict security considerations to protect development and manufacturing sites.
Technical knowledge and training requirements
The challenge is not limited to providing raw materials alone, but producing fiber optic spools also requires trained human competencies and precise equipment. Given the lack of classical academic specializations for this purpose, companies rely on continuous training of personnel to reduce errors and defects during the precise spooling process.
The produced spools also undergo rigorous testing levels starting from verifying the integrity of optical connections, all the way to practical tests via actual flight to ensure reliable performance in battle conditions.