Guardian Dynamics designs and industrializes affordable, NATO‑aligned short‑range air defence (SHORAD) and counter‑UAS missile systems for European nations. Its WARDEN NATO missile provides scalable interception of drones, cruise missiles and low‑altitude threats, featuring a solid‑fuel engine, 30 km range and integration with existing IAMD and C‑UAS frameworks, delivering cost‑effective airspace protection without legacy system constraints.
Funding
Funding not disclosed
Founders
Product
Problem
European nations face a shortfall in affordable, scalable short‑range air‑defence (SHORAD) and counter‑UAS capabilities, while legacy systems impose high costs, limited production capacity, and supply‑chain dependencies.
Solution
Guardian Dynamics industrializes battle‑proven Ukrainian missile technology within a Dutch, NATO‑aligned production ecosystem to deliver cost‑effective SHORAD and C‑UAS solutions for Europe. The company’s WARDEN NATO missile provides a solid‑fuel, 30 km‑range projectile capable of intercepting drones, cruise missiles, and low‑altitude threats at Mach 2‑2.5. By integrating with existing integrated air‑missile defence (IAMD) and C‑UAS frameworks, the system offers plug‑and‑play deployment on mobile launchers without requiring extensive new infrastructure. The approach emphasizes affordability, rapid scalability, and alignment with NATO standards to enhance sovereign airspace protection while reducing reliance on legacy supply chains.
Target Audience
Primary customers are European armed forces, NATO member defense ministries, and integrated air‑missile defence operators seeking affordable, interoperable SHORAD and counter‑UAS capabilities.
Features
- Solid‑fuel propulsion delivering Mach 2‑2.5 cruise speed and 30 km operational range
- Compact 2.5 m missile (30 kg) compatible with mobile launchers for rapid fielding
- Integrated inertial navigation, thermal data processing, and laser illumination for precise targeting
- NATO‑aligned design ensuring interoperability with existing IAMD and C‑UAS command‑and‑control systems
- Software‑defined architecture enabling continuous threat‑driven updates and cost‑per‑kill optimization
- Industrial production anchored in the Netherlands, leveraging a European supply chain to avoid legacy constraints