U.S. Army Expands SMASH 2000L Fire Control Systems To Counter Rising Drone Threats

Executive Summary:
The U.S. Army is expanding deployment of the SMASH 2000L smart fire control system to improve soldiers’ ability to counter small unmanned aerial threats. The move reflects growing battlefield demand for portable and low cost counter drone solutions as loitering munitions and commercial UAVs become increasingly common in modern conflicts.

U.S. Army Expands SMASH 2000L Counter Drone Capability

The U.S. Army is increasing fielding efforts for the SMASH 2000L fire control system as military planners seek more effective defenses against the rapid growth of small drone threats on modern battlefields.

Developed by Israeli defense company Smart Shooter, the SMASH 2000L is a lightweight fire control and targeting system designed to improve hit probability against moving aerial targets. Mounted on standard infantry rifles, the system uses artificial intelligence, electro optics, and tracking software to help soldiers engage small unmanned aerial systems (UAS) with greater accuracy.

The latest expansion reflects the Army’s push to establish a layered counter UAS architecture that combines electronic warfare, directed energy systems, missile defenses, and kinetic solutions at the squad level.

Drone Warfare Is Reshaping Infantry Operations

The expansion of the SMASH 2000L system comes as militaries worldwide face an unprecedented rise in low cost drone threats. Conflicts in Ukraine and the Middle East have demonstrated how commercially available quadcopters and loitering munitions can threaten armored vehicles, artillery positions, and infantry units.

Small drones are increasingly used for reconnaissance, artillery spotting, precision strikes, and psychological operations. Their low radar signature and low operating cost make them difficult to counter with traditional air defense systems.

This operational shift has forced defense planners to search for portable and scalable counter drone technologies that can be deployed directly with frontline units. The SMASH 2000L addresses this requirement by giving individual soldiers a precision engagement capability against small aerial targets without relying on expensive interceptor missiles.

The U.S. Army’s growing interest in infantry level counter drone tools reflects a broader strategic adaptation to lessons observed in recent combat environments. Traditional short range air defense systems remain critical, but commanders increasingly recognize the need for distributed defensive capabilities across maneuver formations.

How The SMASH 2000L System Works

The SMASH 2000L fire control system integrates sensors, computer vision algorithms, and target tracking technology into a compact rifle mounted unit.

Once a target is identified, the system tracks the drone and calculates the optimal firing solution. The weapon will only fire when the probability of hit meets required parameters, helping reduce wasted ammunition and improving engagement effectiveness.

The lightweight design allows the system to be integrated onto standard infantry rifles without major modifications. This portability is considered essential for maneuver units operating in rapidly changing battlefield conditions.

Unlike larger counter UAS systems that depend on radar vehicles or dedicated launchers, the SMASH 2000L offers dismounted troops an independent engagement capability. This final layer defense concept is increasingly important as drone saturation tactics become more common.

The system has already attracted interest from multiple NATO and allied militaries seeking affordable counter drone technologies for infantry formations and special operations units.

Layered Defense Against Emerging Aerial Threats

The Army’s decision to expand SMASH 2000L deployment highlights the growing emphasis on layered counter drone operations.

Modern military doctrine increasingly treats drones as a persistent tactical threat rather than a niche capability. As a result, defense planners are combining multiple systems across different engagement ranges.

High end missile interceptors remain effective against larger UAVs and cruise missiles, while electronic warfare systems can disrupt drone communications and navigation. However, these solutions are not always practical against low flying or rapidly maneuvering small drones operating near friendly forces.

The SMASH 2000L fills an important operational gap by providing a close range kinetic option directly at the squad level. This distributed approach improves survivability and reduces reliance on centralized air defense assets.

The Army’s continued investment in smart fire control systems also aligns with wider modernization efforts focused on integrating AI assisted targeting technologies into infantry operations.

Growing Global Demand For Counter Drone Systems

Counter drone technologies have become one of the fastest growing sectors in the global defense market.

Military forces across Europe, Asia, and the Middle East are accelerating procurement of portable anti drone systems following lessons from recent conflicts. The demand includes radar systems, electronic warfare equipment, directed energy weapons, and AI enabled targeting solutions.

The SMASH 2000L represents part of a broader shift toward affordable precision engagement tools that can be deployed at scale. Analysts note that inexpensive drones can force adversaries to expend disproportionately costly defensive resources, creating operational and economic pressure.

Portable smart sight systems provide a lower cost response while enhancing infantry effectiveness against emerging aerial threats.

As drone technology continues to evolve, future battlefield environments are expected to feature larger numbers of autonomous and semi autonomous systems operating at low altitude. The Army’s expansion of SMASH 2000L deployments signals recognition that frontline troops will require organic tools to counter these threats in real time.

Strategic Implications For Future Warfare

The rapid expansion of drone warfare is reshaping military doctrine, procurement priorities, and force structure planning.

The U.S. Army’s focus on systems like the SMASH 2000L indicates that counter UAS capabilities are no longer confined to specialized air defense units. Instead, anti drone tools are increasingly becoming standard equipment for infantry formations.

This evolution mirrors broader trends across NATO militaries, where operational experience has shown that even small commercial drones can produce outsized tactical effects.

The continued integration of AI assisted targeting systems into soldier equipment may also influence future infantry combat concepts, particularly in urban and contested environments where reaction time and precision engagement are critical.