Fibre optic drones are indispensable on the battlefield. They operate effectively under electronic warfare conditions, maintaining stable communications in complex environments — a factor that directly enhances unit performance.
The pace of deliveries underscores the priority of this sector: in 2025 alone, contracts through the Defence Procurement Agency (DOT) supplied 374,000 fibre optic drones, and by April 2026 the military had already received more than 92% of last year’s total volumes.
Such intensity in procurement not only scales up production but also enables urgent frontline needs to be met swiftly in the context of high tech warfare.
Market challenges and supply risks
Recently, contracting has become more complicated due to global market conditions: fibre optic prices have risen and fluctuated by two to six fold.
In these circumstances, manufacturers signed contracts at fixed prices, but within weeks the cost of key components could change dramatically. This created risks of contract disruption and jeopardised the supply of drones.
New procurement mechanism
In cooperation with the Government and the Defence Procurement Agency (DOT), the Ministry of Defence has introduced a mechanism for adjusting contract values in line with the prices of key components — fibre optic cable, reels, and spools.
Since late March, the first supplementary agreements have already been executed as part of centralised procurement, reflecting the increased cost of fibre optic materials. The updated mechanism ensures contracts can be fulfilled even in volatile market conditions.
The supply pace will be maintained, and essential technologies will continue to reach frontline units.
Providing troops with drones resilient to electronic warfare and adapting the procurement system to market realities fulfils a priority task set by the President of Ukraine: achieving technological dominance on the battlefield.
The Ministry of Defence recently also announced a first-ever uniform ground control station for fibre optic drones. This decision will eliminate the diversity of systems, reduce operator workload, and enhance the effectiveness of combat missions.