In response to the rapidly evolving threat posed by unmanned aerial systems (UAS), EOS Defense Systems USA has announced new advancements in its Slinger Remote Weapon System (RWS), integrating Aided Target Recognition (AiTR) and selectable levels of autonomy to strengthen multi-layered counter-UAS defense operations.
Enhancing Layered Defense Architecture
The latest Slinger developments address one of the most pressing operational challenges on today’s battlefield — neutralizing low-cost, high-agility drones. According to Shawn Baerlocher, CEO of EOS Defense Systems USA, these enhancements are designed to deliver greater accuracy, faster reaction times, and reduced operator workload through advanced automation and sensor fusion.
“Slinger is the most accurate remote weapon system on the market,” said Baerlocher. “The addition of our automation suite enables assisted detection, classification, and engagement of drone threats — significantly improving counter-UAS effectiveness while reducing burden on the warfighter.”
The upgraded Slinger can function autonomously using its native passive sensors, or integrate into networked defense systems via external cues from radar or optical sensors. This flexibility allows seamless self-defense and force-protection capabilities in both independent and coordinated operational environments.
U.S. Manufacturing Strengthens Defense Supply Chain
To meet increasing domestic demand, EOS confirmed that Slinger production will commence at its Huntsville, Alabama facility — a key expansion supporting U.S. defense industrial resilience.
The move underscores EOS’s commitment to local manufacturing, rapid scalability, and reduced logistical dependency, aligning with broader national objectives to fortify domestic defense supply chains and deliver advanced systems faster to the field.
The Huntsville site will serve as a production hub for U.S. and allied programs, supporting research, integration, and testing of advanced weapon systems tailored for evolving battlefield needs.
Field-Proven Precision and Autonomy
EOS reports that Slinger has achieved high probability-of-kill (PKill) rates during extensive live-fire trials against maneuvering Group 1 UAS threats, validating its performance in operationally relevant conditions.
Combining precision fire control, low-cost kinetic interceptors, and AI-enabled autonomy, the Slinger offers a cost-effective, scalable solution to protect ground formations, bases, and mobile assets from small drone attacks.
Its open architecture enables seamless integration with existing command-and-control (C2) systems, allowing operators to synchronize data across multiple defensive layers — from detection and tracking to engagement — creating a cohesive, multi-domain counter-UAS network.
Proven Global Deployment
The Slinger is part of the globally deployed EOS Remote Weapon System family, which has been fielded by military forces across Australia, the Middle East, North America, Europe, and Southeast Asia.
To date, EOS has delivered over 2,500 remote weapon systems worldwide, earning recognition for their accuracy, reliability, and mission adaptability in diverse combat environments.
With its latest automation and AI-driven enhancements, EOS aims to position Slinger as a core component of next-generation layered defense frameworks, capable of addressing both current and emerging aerial threats.
