Indeed, the sudden entry of two UAS systems: the Blaze interceptor and the Bolt-M loitering munition, in the battlefield environment by the military in Belgium marks a turning point in the way in which NATO member states have determined to respond to the threat presented by UASs. Particularly in the context in which there are so many mysterious incursions in military bases and airfields, which in turn highlight the fact that the use of measures against UASs is no longer a specialization in warfare but a foundation in national security.
Roll-out began towards the end of December 2025, including a combination of Blaze interceptors designed by Latvia, as well as a number of innovative response/disruption technologies, although Bolt-M precision strike drones for the ground troops were being prepared. The start of January saw all the military bases of the Belgian army being selected to receive an immediate response kit. The most important lesson learned from the last few conflicts is the important role of distributing the drones down to the lower levels.
The Bolt-M is mobile and has high speed. It weighs between 12 and 15 pounds and can be deployed in less than five minutes. It has electro-optical and infrared sensors and can last for 40 minutes with a range of 20 kilometers. It has the capacity to be used for either anti-personnel or anti-materiel roles based on the mission requirement. The autonomy suite equips the system with the ability to conduct waypoint movement, loitering, and tracking. The Bolt-M system equips the Belgian platoon with the ability to engage and destroy targets without being under direct fire and without the need for high-tier engagement.
However, the other half of the equation that the Blaze system solves is the intercepting of enemy drones before they can actually do any harm. This man-portable system has the capability of intercepting based on radar and computer vision, electro-optical and infrared tracking, and even operator approval of the intercept. The system has an airburst fragmentation warhead and geofencing and self-destruct capabilities. It also has very quick start times of under 10 minutes from unpacking and ready to go. This two-system approach corresponds with the real strategy used by NATO regarding layered defense.
Indeed, regarding the real strategy for countering UAS, it is not possible to cover the entire area where the risks from UAS exist with only one system. In order to reach a high level of resilience and minimize the rate of false warnings, it is possible to resort to multiple levels of defense, from electronic disruption to kinetic defense. In this regard, regarding the real context in Belgium, the system named Blaze is used as a “last meter” defense system when it is not possible or feasible to resort to jamming, while the system named Bolt-M is used for precision strikes at the squad and/or platoon level. Another cost-effectiveness consideration comes into play. There is no point in using a missile that may cost several hundred thousand dollars to blow to bits a drone that costs only $3,000.
This point has been emphasized by representatives of NATO. Solutions such as Blaze and Bolt-M are intended to provide a mechanism to ensure that successful outcomes are obtained without spending a single penny or depleting inventories. Such systems can be employed on several missions because they are portable. This procurement by Belgium is part of the broad European and trans-Atlantic effort to improve strategies to counter UAS. There had been interest by the U.S. and its military to improve layered strategies to include radar detection, RF detection, optical tracking, and both non-kinetic and kinetic effectors.
Lessons from events in Ukraine, the ME, and NAS have emphasized the importance of quick identification, positive threat validation, and proportionate response. While it is difficult to quantify exactly how many Bolt-M systems are going to be procured by the Belgian military, it is part of a €50 million urgent requirement as well as a €500 million integrated strategy against drones in the future. Specifically, while it has a strong interceptor as well as a strike tool, what makes Belgian strategy not only fill a void in its own military strategy but potentially be the rule rather than the exception to the existing defense posture of the NATO front lines as well as its back in a world where unmanned aerial vehicles are likely to be employed by both state and non-state entities alike, as well as where potentially the distinction between security in times of peace versus times of war may potentially become less clear.
