IN Brief:
- Belgium is testing a counter-drone role for its F-16 fleet using the domestically produced FZ275 70 mm laser-guided rocket.
- The trial reflects a wider shift toward lower-cost precision effectors that can be integrated onto existing launchers and paired with modern targeting systems.
- Industrially, the opportunity sits in rocket output, seeker and launcher integration, and the ability to scale affordable precision weapons faster than drone threats are multiplying.
Belgium’s F-16 counter-drone trials get to the heart of one of defence manufacturing’s ugliest equations: cheap drones are forcing militaries to spend expensive missiles on relatively low-cost targets. By testing a combat aircraft armed with laser-guided 70 mm rockets for the C-UAS role, Brussels is probing whether a lighter, lower-cost effector can close part of that gap without waiting for a wholly new weapon programme.
The trial configuration is striking. The aircraft shown by Belgian defence officials carried six seven-shot LAU-131 launchers loaded for the Belgian-made FZ275 laser-guided rocket. That gives the aircraft a far deeper magazine than it would have with a small number of traditional air-to-air or surface-to-air interceptors, and it does so using a weapon already rooted in an existing industrial base rather than a bespoke new missile line.
That industrial base matters. The FZ275 sits in a class of munitions designed to occupy the space between unguided rockets and higher-value missiles. It offers guided precision while staying compatible with established 70 mm launcher infrastructure. For C-UAS work, that compatibility is crucial because it shortens the integration path and shifts the problem from inventing a new category of weapon to scaling one that already exists.
Using legacy aircraft to solve a new economics problem
Belgium’s approach also shows how air forces are trying to extract new relevance from existing platforms. An F-16 equipped with a large rocket load can act as a mobile counter-drone shooter, using a legacy aircraft and a comparatively compact precision munition to tackle targets that do not justify a premium interceptor every time.
The logic extends beyond Belgium. The same rocket has already been drawn into a broader ecosystem of launchers, sensors, and fire-control packages, underlining how a shared effector family can support larger production runs and wider supply-chain investment. That matters at a moment when counter-drone demand is moving across land, maritime, and air platforms at speed.
Production pressure shifts to rockets and integration
For manufacturers, the bottleneck is no longer simply whether a guided 70 mm rocket can work. It is whether enough can be made, integrated, and supported at a tempo that matches demand. This is the kind of market that will reward companies able to scale rocket motors, seekers, fuze assemblies, launcher compatibility work, and the software links that tie them into modern targeting chains.
The bigger point is that C-UAS is turning into a manufacturing contest as much as a tactical one. The winners will not necessarily be the companies with the most exquisite missile. They will be the ones able to deliver accurate, affordable, repeatable effectors at volume, with enough launcher flexibility to slot into the systems already in service.
