Ukraine is buying jam-proof fiber-optic drones for first time to single standard, so any maker can compete

Ukraine is procuring fiber-optic kamikaze drones capable of withstanding Russian jamming interference, marking the first time it has bought such drones to a standardized protocol. The Defense Procurement Agency announced the purchase following the Defense Ministry's specification of the requisite parameters. By establishing a common standard, any manufacturer can compete by adhering to the defined specifications rather than each model being individually approved.

This approach facilitates competitive bidding among multiple suppliers, both large and mid-sized, enabling the acquisition of jam-proof drones at scale without reliance on a single producer.

The fiber-optic drones utilize a cable to connect to the operator, unlike standard FPV drones that depend on radio signals, which can be disrupted by electronic warfare. These drones allow operators to maintain control even when radio-controlled drones lose their signal. Speaking about the drones, Defense Minister Yevhenii Khmara highlighted their potential to enhance Ukraine's forces in countering Russian attacks and executing their own operations, targeting enemy personnel. The standardization of the drones ensures an inclusive playing field for all manufacturers.

The purchase is not exclusive to any particular producer or model. Manufacturers can submit their drones for approval if they meet the outlined characteristics, which are categorized into classes based on factors like the length of the fiber-optic cable and the type of camera. The tender's structure allows for the allotment of orders to various suppliers.

Deputy Defense Minister Mstyslav Banik stated that the tender is divided into lots, with four lots allocated for each class of fiber-optic FPVs. To prevent any single supplier from dominating the market, no participant can secure more than 50% of a class's total volume. This division of the orders fosters a competitive environment among manufacturers while minimizing the risk of supply disruptions.