SlimBeam: ukraine’s Novel Laser Defence System Targeting the Rise of Drone Warfare
The escalating use of drones in modern conflict has spurred rapid innovation in counter-drone technologies. Among the most promising developments is SlimBeam, a compact, high-powered laser system developed by Ukrainian robotics firm, Fulltime Robotics. Unveiled at IRON DEMO 2025, SlimBeam represents a significant step forward in directed-energy weapons designed to neutralize the growing threat posed by small, readily available drones – particularly First-Person View (FPV) models. This article provides an in-depth examination of SlimBeam’s capabilities, technical specifications, development challenges, and potential applications, both on the battlefield and in civilian sectors.
What is SlimBeam and Why is it Significant?
SlimBeam isn’t simply another anti-drone system; it’s a response to a specific and evolving battlefield reality. The proliferation of inexpensive, yet highly effective, FPV drones has dramatically altered reconnaissance and attack strategies. these drones,often used for frontline surveillance and kamikaze missions,are challenging to counter with traditional methods like jamming or kinetic interception due to their small size,speed,and maneuverability.
Fulltime Robotics recognized this gap and engineered SlimBeam to address it directly. The system’s core innovation lies in its ability to deliver a focused energy beam capable of disabling these aerial threats. Its significance stems from offering a perhaps more precise, cost-effective, and scalable solution compared to existing countermeasures.
Technical Specifications and Performance Capabilities
The SlimBeam system boasts a power output of 1.5 kilowatts, enabling it to effectively engage targets at distances of up to one kilometer. Beyond outright destruction, the system incorporates a secondary “optical disruption” mode. This feature can temporarily blind drone sensors or surveillance optics at ranges extending to two kilometers,providing a non-lethal option for disrupting enemy operations.
Crucially, SlimBeam is designed for portability and integration. Weighing in at under 50 kilograms, it’s among the lightest laser systems in its power class. This allows for deployment on both static defensive positions and Unmanned Ground Vehicles (UGVs), offering tactical versatility for a range of scenarios. this adaptability is a key advantage, allowing frontline units to rapidly deploy and reposition the system as needed.
Addressing the Challenges of Precision Targeting
While the underlying technology is notable, Fulltime Robotics acknowledges ongoing development challenges, particularly in the realm of target tracking.Ihor, a developer with the Fulltime Robotics team, explained in an interview with Oboronka that maintaining a consistent lock on fast-moving drones remains a primary hurdle.
“We’re working on target tracking. Right now, we can’t keep a lock on moving drones for long. We need to hold the beam on target for 5 to 15 seconds to destroy it, and achieving that accuracy is still a work in progress,” Ihor stated.
Currently, the system relies on manual beam control during testing, primarily against stationary targets. an automated targeting module is under development, representing a critical step towards fully autonomous operation and increased reliability in dynamic combat situations.The team is actively refining algorithms and sensor integration to overcome these limitations.
Effectiveness Against Different Drone Types
SlimBeam is specifically optimized for neutralizing small reconnaissance and FPV drones. Initial testing against larger,more robust drone types – such as the Iranian-made Shahed loitering munitions – revealed that these platforms require significantly more energy exposure to inflict damage.
Ihor clarified, “To harm a Shahed, the laser needs to stay on target continuously for 10 to 12 seconds.” This highlights the system’s targeted design; while capable of engaging larger drones, its efficiency is maximized against the smaller, more prevalent threats dominating the current battlefield landscape.
Future Developments: A Portable Laser Rifle
Fulltime Robotics envisions a future where laser-based counter-drone technology is accessible at the individual soldier level. The company is actively pursuing the development of a portable, rifle-style version of SlimBeam. This would empower infantry units with a lightweight, self-contained system capable of disabling low-flying drones at close range, enhancing situational awareness and force protection.This aspiring project underscores the company’s commitment to pushing the boundaries of directed-energy weapon technology.
Beyond Military Applications: Civilian Use Cases
The potential of SlimBeam extends beyond the military sphere. During IRON DEMO 2025, Fulltime Robotics demonstrated the system’s utility in civilian applications. engineers successfully used the laser to remotely remove obstructions in challenging environments, including power lines, building exteriors, and overgrown vegetation. This showcases the technology’s potential for precision
