Since the beginning of the Russian invasion of Ukraine, the use – and also the demolition of drones has become one of the greater technological and strategic challenges For both armies. These unmanned aerial vehicles are highly effective tools to attack concrete objectives with a reduced economic and human cost. However, traditional defense systems are often not very efficient in front of them, either by their limited detection capacity or for the high cost of neutralizing them.
The Ukrainian battlefield has become a modern war laboratory, where the massive use of drones has Redefined contemporary military tactics. Aware of the key role that this technology plays, President Volodimir Zelenski recently offered his western allies to share the experience, specialists and Technological solutions developed by Ukraine In the fight against drones. This offer occurred after several incidents and sightings in the airspace of NATO countries, interpreted by many analysts as possible provocations of the Kremlin.
In this context, the Swedish technology company Nordic Air Defense (NAD) It has presented the Kreuger 100, a new interceptor system designed to offer a fast, precise and economically viable anti -Didrone defense, with a cost much lower than that of traditional systems based on misleading or manned aircraft.
This is how Kreuger 100 works
The Kreuger 100 is a light interception platform of drones – both civilians as military – developed for act quickly and low. Unlike other high -end interceptors, this system dispenses with complex sensors or cameras on board. Instead, it uses a pulsed propulsion system and a control of Software -based flight That allows it to track and neutralize objectives with kinetic energy, instead of ojas or explosives, which makes it apt passes in civil environment.
As the Global Defense News specialized media, Kreuger 100 reaches speeds of up to 270 kilometers per hour in its civil version, designed for the protection of critical infrastructure such as airports, electrical plants or government facilities. In military environments, improved system versions could reach greater speeds and maneuvering capabilities.
Another of its advantages is its mobility and ease of deployment. It works by batteries and is designed for manual launch or by portable pitchers, allowing its use in both fixed defensive positions and in mobile operations.
This versatility makes it an attractive option for armies and security forces that seek fast and low -cost solutions against the growing number of non -manned aerial threats.