AV Deploys LOCUST X3 Laser Counter-Drone System as Militaries Accelerate Low-Cost Air Defense
The timing of this unveiling coincides with active Iranian drone campaigns that have exposed gaps in existing air defense coverage—Israel's reliance on kinetic interception (Patriot, David's Sling, Iron Dome) has absorbed significant costs over six days of conflict, and the US has now deployed the 82nd Airborne to manage ground-based air defense in Iraq.
If LOCUST X3 or competitors achieve operational viability at scale, procurement budgets will shift from legacy air-defense contractors toward directed-energy specialists, accelerating retirement of Cold War-era systems and forcing allied air-defense interoperability standards to evolve around laser-based layering.
The proliferation of low-cost laser counter-drone systems reflects a tactical shift driven by drone saturation across active theaters—Iran has demonstrated sustained multi-wave drone attacks against Israel and infrastructure targets over the past 72 hours, while US forces are now contending with Iranian-backed PMF drone operations in Iraq.
Militaries facing high-volume drone threats are abandoning expensive point-defense systems in favor of scalable, per-shot cost-effective directed-energy solutions. This favors smaller defense primes and directed-energy specialists (including AV, Raytheon, and Northrop) over traditional air-defense contractors.
The decisive factor is whether laser systems prove effective against saturation attacks and adverse weather—if they fail at scale, procurement timelines will slip and budgets will revert to kinetic systems.
The article does not specify LOCUST X3's effective range, power output, weather performance, unit cost, or which military branches have placed orders or are in evaluation.
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