The Italian gunsmith Benelli has just revealed an original solution to address one of the emerging threats on modern battlefields: FPV drones (First Person View). This new shotgun, named the M4 AI Drone Guardian, was specifically designed to enhance the effectiveness of ground forces against these formidable devices, often used for quick and precise strikes. This development represents a significant step forward in equipping armies to counter the challenges posed by asymmetric warfare.
A shotgun designed for a specific threat
FPV drones have become prominent in recent conflicts, particularly in Ukraine, where they are responsible for a large share of armored vehicle destruction on the front lines. The response to this threat has often been technological, involving the use of electronic jammers to disrupt the link between the drone and its operator. However, the emergence of wire-guided FPV drones, connected via fiber optics over distances of up to ten kilometers, has complicated the task for defenders. In response to this challenge, more "rudimentary" solutions, such as the use of hunting shotguns, have appeared on the field. Yet, these traditional weapons quickly show their limits, especially in terms of range and firepower.
The M4 AI Drone Guardian: cutting-edge technology to counter drones
Benelli has therefore redesigned its famous M4 shotgun, integrating the Advanced Impact (AI) system. This feature increases the speed of the buckshot cartridges by approximately 20 meters per second, a significant boost for a weapon of this type. This improvement ensures a more uniform spread of the pellets, forming a denser and more effective "cloud" for hitting a moving drone. Practically speaking, penetration and accuracy are enhanced, allowing the shotgun to neutralize an FPV drone at a maximum distance of 100 meters. This range, superior to previous solutions, offers better coverage for ground units.
The M4 AI Drone Guardian also stands out with the addition of a Steiner MPS 3.3 MOA red-dot sight mounted on a Picatinny rail. This sighting system optimizes the quick acquisition of fast-moving targets, a crucial factor for intercepting drones capable of flying at altitudes of 120 meters at speeds of 140 km/h. This sight is particularly valued for its compactness and durability, two essential qualities on a battlefield.
An adaptable shotgun for various combat situations
Technically, the M4 AI Drone Guardian relies on a proven gas-operated system, ensuring exceptional reliability even in harsh conditions. This mechanism absorbs part of the recoil, allowing for rapid follow-up shots. The shotgun is available with two types of barrels: a 26-inch barrel, ideal for protection units or defensive missions, and an 18.5-inch barrel designed for infantry engaged in urban environments or close-quarter combat.
The shotgun also features a blade front sight protected by side wings, along with an adjustable rear sight, enhancing conventional aiming if needed. The versatility of this equipment allows it to adapt to various operational scenarios, whether in fixed defense or vehicle escort missions. With this model, Benelli once again demonstrates its ability to offer solutions tailored to the contemporary requirements of armed forces.
Towards a new standard for counter-drone operations?
By combining Advanced Impact technology with the robustness of its M4 platform, Benelli seems to have found a balance between ease of use and effectiveness in asymmetric warfare environments. Given the rapidly evolving nature of threats, this type of equipment could become widespread across the forces of several nations. Indeed, FPV drones are a growing threat in modern conflicts, and practical solutions like the M4 AI Drone Guardian could set a new standard, complementing more complex electronic warfare systems.
In conclusion, the M4 AI Drone Guardian showcases how traditional gunsmiths like Benelli can adapt to new technological challenges. With this model, the company provides a concrete and operational response to an increasing threat on the battlefield, giving soldiers a new line of defense against FPV drones, while enhancing their security.