Exclusive-AeroVironment’s LOCUST counter-drone laser used by US Army near El Paso airport, sources say
#AeroVironment #LOCUST laser #U.S. Army #El Paso #Counter-drone #Directed-energy #Unmanned Aerial Systems #Defense innovation
📌 Key Takeaways
- AeroVironment’s LOCUST laser system was deployed by the U.S. Army for testing near El Paso International Airport.
- The deployment focuses on counter-drone (C-UAS) defense to protect critical infrastructure from unmanned threats.
- Directed-energy weapons like LOCUST offer a low cost-per-shot and precision targeting compared to traditional missiles.
- The testing in a civilian-adjacent area helps evaluate the system's performance in complex, real-world air traffic environments.
📖 Full Retelling
The U.S. Army recently deployed AeroVironment’s advanced LOCUST laser weapon system near the El Paso International Airport in Texas to test and enhance counter-drone defense capabilities in a high-traffic civilian environment. According to exclusive sources familiar with the matter, this strategic deployment of the Laser Optimized Compact USMC Unmanned Ground Vehicle System (LOCUST) marks a significant step in the military's efforts to safeguard critical infrastructure against the rising threat of unauthorized unmanned aerial systems (UAS). The operation near the commercial transport hub was designed to evaluate the hardware's effectiveness in tracking and neutralizing small drone targets within a complex airspace without disrupting local aviation activities.
AeroVironment, a prominent leader in the defense technology sector, developed the LOCUST system specifically to provide a mobile, scalable solution for addressing the proliferation of low-cost, high-threat drones. The system integrates sophisticated sensors with a directed-energy effector, allowing it to deliver a localized beam that can disable or destroy drone electronics from a significant distance. The El Paso deployment highlights a growing trend of military-civilian cooperation, as the Pentagon seeks to protect domestic assets from potential surveillance or kinetic attacks by non-state actors or hobbyists.
Industrial experts note that the move toward laser-based counter-UAS (C-UAS) technology is driven by the necessity for a low cost-per-shot alternative to traditional kinetic interceptors, such as missiles or heavy caliber ammunition. While traditional methods are expensive and present risks of collateral damage, the LOCUST laser offers a precision strike capability with a virtually unlimited magazine, provided there is a steady power supply. This testing phase near the El Paso airport provides the Army with vital data on how directed-energy weapons perform in varied atmospheric conditions and in proximity to sensitive communication and navigation equipment used in the commercial aerospace sector.
🏷️ Themes
Defense Technology, National Security, Aviation
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