Italian firearms manufacturer Fabarm S.p.A. has introduced the STF/12 Composite XL Range 22? QTA, a pump-action shotgun designed to counter small, fast-moving unmanned aerial vehicles (UAVs). The weapon, an evolution of the STF/12 series, targets the rising challenge of drones in modern conflicts, such as those seen in Ukraine, where low-cost FPV drones have disrupted conventional forces. While innovative, the development raises questions about the practicality and scalability of manual anti-drone solutions in an era of increasingly sophisticated electronic countermeasures.
The STF/12 XL Range features a 22-inch barrel with Fabarm’s Tribore HP technology, optimizing shot dispersion for engaging small aerial targets at ranges up to 50 meters. Its extended magazine holds eight 12-gauge rounds (76 mm shells) plus one in the chamber, offering sustained fire against multiple drones. Constructed with a 7075-T6 aluminum receiver, a foldable soft-touch stock, and a textured foregrip, the shotgun weighs 3.86 kg unloaded and measures 102.95 cm extended or 80.95 cm folded. The Quick Target Acquisition (QTA) system includes a 124 mm rear sight and adjustable fiber-optic front sights to enhance tracking of erratic UAV flight paths. A Picatinny rail supports additional optics or ghost-ring sights, aligning with NATO-standard accessories.
Certified for pressures up to 1630 bar, the barrel accommodates steel shot and heavy anti-drone munitions, aiming to disable UAVs through kinetic impact. Fabarm markets the weapon as a low-cost alternative to electronic jammers or missile-based systems, emphasizing its portability and ease of use for infantry. The design builds on the STF/12’s established role in urban combat, notably as the German Bundeswehr’s Multi-Purpose Shotgun 5 (MZF 5), but shifts focus to open-field engagements against aerial threats.
The development responds to the proliferation of commercial and military drones, which have reshaped battlefields. In Ukraine, FPV drones destroy heavy armor daily, prompting soldiers to train with rifles and VR simulators for manual defense. Similar threats in border security and counter-terrorism scenarios drive demand for accessible anti-drone tools. However, experts question the shotgun’s effectiveness against swarms or high-altitude UAVs, where electronic warfare systems like jammers or laser defenses dominate. The reliance on manual aiming also limits its utility in high-intensity conflicts, where reaction times are critical, and trained operators may be scarce.
Italy’s defense sector, bolstered by a 2025 budget exceeding €30 billion, sees Fabarm’s innovation as part of broader NATO efforts to fortify air defenses, particularly along the eastern flank. Yet, the weapon’s niche application—effective primarily against low-flying, lightweight drones—may restrict its adoption compared to scalable technologies. Critics note that while cost-effective, shotguns cannot replace integrated systems like Rheinmetall’s Skynex or Rafael’s Drone Dome, which offer automated, wide-area coverage. Furthermore, the environmental impact of widespread steel shot use in contested zones remains unaddressed, potentially complicating sustained operations.
Fabarm, a Beretta Holding subsidiary exporting to over 50 countries, positions the STF/12 XL Range as a modular platform, adaptable with accessories like lasers for urban roles. Its testing in Ukraine or NATO exercises could determine its viability, but skepticism persists about whether such analog solutions can keep pace with rapidly evolving drone technology. For further details, consult Fabarm’s official specifications or analyses on Defence Blog.
