Shield Against Russia: European Rockets for F-16s

Why It Matters

The system gives NATO allies a cost‑effective, locally sourced tool to neutralize enemy UAVs while preserving high‑value missiles for other missions, strengthening European defence autonomy.

Key Takeaways

• Belgian F‑16s tested 70 mm laser‑guided rockets
• Up to 28 rockets can be carried per aircraft
• Rockets already deployed in Ukraine against Russian drones
• Offers cheaper alternative to U.S. APKWS and missiles
• Enhances European autonomy in air‑defense munitions

Pulse Analysis

The rapid proliferation of inexpensive, swarming drones has forced air forces to rethink how they defend against low‑cost threats. Traditional solutions—high‑end air‑to‑air missiles or U.S.-origin APKWS rockets—are financially unsustainable when faced with large numbers of hostile UAVs. By field‑testing the Thales‑produced FZ275 70 mm laser‑guided rockets, Belgium demonstrates a pragmatic approach: a European‑made, precision‑guided munition that can be mass‑loaded onto existing F‑16 platforms, dramatically lowering the per‑engagement cost while maintaining effectiveness against fast‑moving aerial targets.

Technically, the FZ275 combines a 70 mm warhead with a semi‑active laser seeker, allowing pilots to designate a drone and let the rocket home in on reflected laser energy. Unlike the U.S. APKWS, which retrofits existing 70 mm rockets with laser guidance kits, the FZ275 is purpose‑built, offering improved aerodynamics and a higher payload capacity. Each Belgian F‑16 can now carry up to 28 rockets, enabling sustained drone‑suppression missions without sacrificing air‑to‑air missile loadouts. The system’s proven performance in Ukraine—where it has been used to down Russian Shahed‑type UAVs—provides a real‑world validation that bolsters confidence among NATO partners.

Strategically, the adoption of European rockets signals a shift toward greater defence industrial independence within the alliance. By diversifying munition sources, member states can mitigate supply‑chain risks and reduce reliance on U.S. export licensing. The cost advantage also frees budgetary resources for other priorities, such as modernising fifth‑generation fighters or investing in electronic warfare capabilities. As more NATO air forces evaluate the FZ275, the market could see a surge in production, driving down prices further and encouraging standardisation across European fleets, ultimately strengthening collective security against the evolving drone threat.