AeroVironment Unveils Third-Gen LOCUST X3 Laser Weapon

AeroVironment has introduced the LOCUST X3, the latest iteration of its high-energy laser weapon system. The system enhances capability against various unmanned aerial and surface threats with improved power and targeting precision.

AeroVironment (AV) recently announced the launch of the LOCUST X3, marking the third generation of its high-energy laser weapon platform. Designed to counter a broad spectrum of unmanned aerial vehicles (UAVs) and surface threats, the LOCUST X3 incorporates significant technological advancements in laser output power and targeting accuracy. This upgrade enables it to engage multiple dynamic targets with increased speed and efficiency, addressing evolving threat environments on modern battlefields.

The LOCUST X3 features a compact and modular design, optimizing integration with existing military platforms and enabling rapid deployment in various operational scenarios. Technical improvements include enhanced beam control, increased thermal management, and upgraded power supply systems that collectively raise the total energy output compared to previous models. These specifications affirm AV's commitment to scalable directed-energy weapons tailored for diverse tactical needs.

Strategically, the introduction of the LOCUST X3 serves as a force multiplier for defense units requiring flexible and cost-effective solutions to neutralize drone swarms and other unmanned threats. The system's ability to provide precision engagement with minimal collateral damage supports its role in layered defense architectures. AeroVironment's position as a leader in unmanned systems and directed-energy weapons underscores the industry's shift toward integrating advanced laser technologies into conventional defense systems.

Applications for the LOCUST X3 span military installations, naval ships, and ground forces, equipping them with adaptable counter-unmanned aerial system (C-UAS) capabilities. The scalability and modularity of the platform allow customization based on mission requirements and threat profiles, making it a versatile asset in contemporary asymmetric warfare environments.