Beretta Counter-Drone Turret Packs Eight Shotguns Into One Remote System

Quick answer

Beretta has developed the LIVET counter-drone system, a remote turret mounting eight Benelli M4 shotguns with airburst ammunition and AI-assisted target tracking, as reported by The War Zone.

• The LIVET system integrates eight Benelli M4 shotguns onto a single remote-operated turret
• It uses airburst ammunition and AI-assisted target tracking against small drones
• The system is Italian-developed and was reported by The War Zone on November 2026
• The design reflects growing defense investment in kinetic counter-UAS solutions

Evidence: The War Zone · AeroVironment unmanned systems solutions

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The War Zone reports that Italian firearms manufacturer Beretta has developed a counter-drone system built around eight Benelli M4 shotguns mounted on a single remote-operated turret. The LIVET system combines those shotguns with airburst ammunition and AI-assisted target tracking, creating a kinetic response to small unmanned aerial threats that can be operated from a distance.

The reporting, published by The War Zone, describes a system that moves beyond single-barrel counter-drone shotguns toward a multi-barrel, automated approach. For commercial drone operators, fleet managers, and defense-adjacent suppliers, the development is a useful signal about where counter-UAS procurement is heading and how the broader drone security market is evolving.

What the LIVET system is reported to include

According to The War Zone, the LIVET counter-drone system integrates eight Benelli M4 shotguns onto a remote turret. The system is described as using airburst ammunition and AI-assisted target tracking, which suggests an emphasis on engaging small, fast-moving drones at closer ranges where traditional kinetic options may be less effective.

Beretta is the named developer, with the Benelli M4 shotgun serving as the base firearm on the platform. The remote operation element means the turret can be positioned separately from the operator, a design choice that has practical implications for protecting personnel and infrastructure without requiring a shooter to be physically present at the engagement point.

The reporting does not include verified range figures, rate-of-fire specifications, or confirmed deployment status. Reboot Hub analysis suggests the multi-barrel configuration points toward a market need for higher hit probability against agile small drones, but operational details remain limited to what the source report describes.

Why defense suppliers are investing in kinetic counter-drone systems

The LIVET system fits into a broader pattern of defense investment in counter-UAS capabilities. Small commercial drones have become a persistent security concern across military, law enforcement, and critical infrastructure settings, and suppliers are responding with layered options that include electronic warfare, directed energy, and kinetic interception.

The War Zone's reporting highlights how established firearms manufacturers are adapting existing shotgun platforms for drone defense rather than developing entirely new weapon systems. Using the Benelli M4 as the base firearm allows Beretta to leverage proven reliability and existing ammunition supply chains while focusing engineering effort on the turret, tracking, and remote operation components.

For commercial operators, this matters because defense demand often influences broader drone policy and airspace access discussions. When counter-drone systems become more visible and more widely deployed, regulators and security agencies may adjust how they approach drone operations near sensitive sites, public events, or critical infrastructure.

What this means for drone owners and the market

The appearance of multi-barrel kinetic counter-drone systems is a reminder that the security environment around small drones is becoming more structured and more automated. Commercial operators flying near defense installations, government facilities, or large public venues should expect continued tightening of temporary flight restrictions and more visible counter-UAS presence at high-profile events.

For buyers in the pre-owned DJI market, the development does not directly change hardware value, but it reinforces the importance of understanding where and how drones can be flown legally. Operators who purchase inspected pre-owned drones should still verify local airspace rules and event-based restrictions before flying, especially in areas where security agencies may deploy counter-drone measures. Reboot Hub's Drone Wiki offers practical reference material for operators navigating ownership, maintenance, and airspace considerations. For owners evaluating service and lifecycle risk, Drone Wiki explains the relevant repair, parts, resale, or operational path.

Fleet managers working near critical infrastructure should treat counter-drone deployments as a planning factor. The remote-operated nature of systems like LIVET means engagement could occur without visible personnel nearby, so maintaining compliant flight paths and documented operations becomes more important in sensitive regions.

What remains unclear and what to watch next

The War Zone report does not confirm production status, pricing, or specific procurement contracts for the LIVET system. It is also unclear whether the system has been tested in live-fire scenarios against representative drone targets or whether it remains a development platform. Those details will matter for understanding whether this becomes a fielded capability or a concept that influences future designs.

Reboot Hub analysis suggests the most important signals to monitor are procurement announcements from European defense agencies, export licensing activity around the Benelli M4 platform, and any public testing footage or specification releases. Those would indicate whether the LIVET system is moving toward operational use or serving primarily as a demonstration of Beretta's counter-UAS engineering direction.

For the commercial drone market, the broader takeaway is that counter-drone technology continues to mature alongside drone adoption itself. As drone operations expand across logistics, inspection, agriculture, and public safety, the security infrastructure around those operations is developing in parallel, and that parallel development will shape where and how commercial flights are permitted in the years ahead.