The U.S. Army is exploring a drastic, albeit conventional, approach to counter the proliferating threat of small drones: employing traditional kinetic munitions like bullets, mortars, and artillery rounds. This strategy, detailed in recent solicitations, signals a pragmatic pivot as adversaries increasingly leverage commercial and modified drones for reconnaissance and attack missions, overwhelming existing counter-drone systems. The sheer volume and low cost of these aerial threats necessitate a defense that is both scalable and economically viable, pushing the military to reconsider the effectiveness of small-arms fire and indirect artillery against targets that are often smaller than traditional adversaries.
The implications of this strategy extend far beyond the battlefield. It highlights a critical gap in current military technology, where the cost of sophisticated electronic warfare or directed-energy weapons often outweighs the price of the drones they are designed to neutralize. By potentially re-tasking existing arsenals, the Army aims to create a more sustainable and cost-effective defense against swarms of drones. This approach acknowledges that while high-tech solutions are desirable, the immediate reality of asymmetric warfare demands innovative uses of established capabilities, potentially forcing a reevaluation of targeting doctrines and fire control systems to adapt to these novel threats.
The success of this unconventional tactic will hinge on factors such as improved sensor technology for detecting and tracking small, low-flying objects, as well as the development of specialized ammunition and firing solutions. Furthermore, it raises questions about the acceptable collateral damage and the operational range at which such systems would be most effective. The Army's exploration of using bullets and artillery against drones underscores the rapidly evolving nature of modern conflict and the imperative for military forces worldwide to adapt and innovate with the tools they already possess.
How will this strategy influence the development of future drone technology and countermeasures in other global defense forces?
