NAD’s President, Jordan Linn, stated that “Kreuger 100 was developed in response to evolving aerial threats and the lack of scalable, low-cost counter-drone solutions in Europe.” The missile is intended for users who face frequent drone threats and need a cost-effective way to respond without relying on expensive guided anti-air missiles.
The Kreuger 100 is designed to intercept a wide range of modern drone threats, including the Russian-made Orlan-10 and Iranian Shahed loitering munitions, both of which have been widely used in the conflict in Ukraine. The missile will also serve to protect strategic sites such as airports, nuclear power plants, seaports, and government facilities.
Powered by batteries and designed for hand-launch, the lightweight missile can be deployed from handheld or mobile launchers, allowing for rapid response in both fixed and mobile defence scenarios. It reaches speeds of up to 270 km/h in its civilian configuration, with significantly higher speeds expected for the military variant.
Its infrared-seeking warhead, built from commercially available components, is designed to function effectively in various weather conditions, day or night. This choice of components not only lowers production costs but also accelerates the path to mass manufacturing.
NAD highlighted a growing concern over unauthorised drone activity in Sweden, including surveillance attempts near sensitive infrastructure and incidents involving foreign drone operators near government sites. “The Kreuger 100 is not just about protection—it’s about readiness, mobility, and affordability,” Linn emphasised.
Following a €1.2 million investment secured in November 2024, NAD accelerated research, development, and flight testing to bring the Kreuger 100 to operational readiness. The company expects its solution to appeal to a wide range of clients prioritising cost-efficiency in the fight against drones.
