Walls 90 Centimeters Thick: How Fire Point Is Building Ukraine’s First Missile Factory on NATO Territory

Ukrainian defense company Fire Point has announced ambitious plans to establish the country’s first rocket manufacturing facility on NATO soil, with operations set to begin in Denmark by late 2027. The groundbreaking project represents a significant milestone in Ukraine’s defense industry expansion and marks an unprecedented level of military-industrial cooperation between Ukraine and its Western allies. The facility will specialize in filling rockets with solid fuel, a critical and technically demanding process that requires specialized infrastructure and stringent safety protocols.

The decision to build on Danish territory reflects both the urgent need to protect Ukraine’s defense manufacturing capabilities from Russian attacks and the deepening integration of Ukrainian military industry with NATO standards and supply chains. Since Russia’s full-scale invasion began in February 2022, Ukraine has lost significant production capacity as Russian forces have systematically targeted defense facilities across the country with missiles and drones.

Engineering Challenges and Fortress-Like Security

The facility’s construction specifications reveal the extreme measures being taken to ensure both safety and security. According to Fire Point representatives, the factory walls will be an impressive 90 centimeters thick — nearly three feet of reinforced concrete designed to contain any potential accidents during the volatile process of handling solid rocket fuel. This thickness also provides substantial protection against potential security threats, effectively creating a fortress-like structure that meets the most demanding military and industrial safety standards in the Western world.

Solid fuel rocket technology represents a significant advancement over liquid-fueled systems, offering advantages in terms of storage, deployment speed, and battlefield reliability. Unlike liquid fuel rockets that require complex fueling procedures before launch, solid fuel missiles can be stored ready-to-fire for extended periods, making them particularly valuable for rapid response scenarios. The technology has been mastered by leading defense manufacturers worldwide, and Ukraine’s entry into this sector demonstrates the country’s growing technical sophistication.

Strategic Implications for Ukraine’s Defense Industry

The Denmark facility represents more than just manufacturing expansion — it signals a fundamental shift in how Ukraine approaches its defense industrial base. By establishing production outside its borders, Ukraine is creating a distributed manufacturing network that can continue operations regardless of the situation on the ground at home. This strategy mirrors approaches taken by other nations facing existential threats throughout history, most notably Britain’s shadow factory scheme during World War II.

Denmark’s willingness to host the facility also underscores the Nordic country’s increasingly assertive stance on European security since Russia’s invasion of Ukraine. Denmark has been among the most generous European supporters of Ukraine, providing military equipment, training, and financial assistance. The country’s membership in both NATO and the European Union provides the legal and security framework necessary for such sensitive defense cooperation, while its geographic location offers logistical advantages for potential future operations.

Timeline and Production Goals

Fire Point’s target of beginning solid fuel operations by late 2027 represents an aggressive but achievable timeline, according to industry observers. The approximately two-and-a-half-year construction and certification window aligns with typical timescales for establishing advanced munitions facilities, though the project benefits from strong political support that could accelerate regulatory approvals. The company has not disclosed specific production volume targets or the types of missile systems that will be manufactured at the facility.

The project also raises important questions about technology transfer and intellectual property arrangements between Ukraine and its NATO partners. Building advanced missile systems requires access to sophisticated guidance systems, propulsion technology, and materials science expertise. How these sensitive technologies will be shared and protected will likely be subject to detailed bilateral agreements between Kyiv and Copenhagen, with oversight from NATO security structures.