On Might 21, the US Army teamed up with the tech firm Epirus to check the cutting-edge Leonidas anti-aircraft system within the Nevada desert. Through the take a look at, Leonidas showcased its prowess by efficiently taking pictures down six unmanned aerial methods [UAS] utilizing a silent high-power microwave [HPM] machine, in line with an announcement from Epirus.
Epirus has launched three totally different variations of the Leonidas counter-electronics system in lower than two years. The most recent model debuted with spectacular outcomes at a latest Division of Protection [DoD] expertise demonstration, highlighting the corporate’s management within the counter-electronics market.
The center of Leonidas is Epirus SmartPower. This innovation arose from the aim of making a smaller, but equally highly effective and environment friendly, HPM system in comparison with older fashions. Epirus claims that they’ve revolutionized the best way we take into consideration HPM methods by transitioning from analog to digital expertise.
Inside Leonidas
Beneath the hood of the Leonidas, you’ll discover gallium-nitride-based linear switchable amplifier modules [LRAMs] that include distinctive energy administration, management, and amplification options. This LRAM design provides outstanding flexibility, unmatched reliability, and benefits over different high-power microwave [HPM] strategies.
Every LRAM is constructed on Epirus’ modern SmartPower expertise platform, which mixes {hardware}, software program, and clever providers to ship excellent energy administration. Due to SmartPower, Leonidas can obtain the excessive energy output wanted for HPM pulses with out overheating.
Lastly, Leonidas boasts software-defined capabilities that enable for extremely advanced and customizable waveforms. Being software-defined means Leonidas can fine-tune its waveforms to both goal a single entity in tight areas or cowl broader areas. This gives the operational flexibility to neutralize threats like enemy drones near pleasant belongings or massive swarms of drones with the identical system.
Microwaves as a weapon
Microwaves, once they attain their goal, have the distinctive functionality to induce currents in digital circuits. This may result in malfunctions and even everlasting injury to digital parts, making these methods extremely efficient towards digital units and communication infrastructure.
Past interfering with electronics, highly effective microwave beams may also produce warmth. This thermal impact may cause bodily injury to supplies and buildings, although it’s a much less widespread software in comparison with inflicting digital disturbances.
To perform, microwave methods are usually powered by high-voltage sources that generate the required power for the microwaves. The general energy and effectivity of each the microwave technology and its supply system are essential parts that decide the weapon’s effectiveness.
Cell Leonidas
Leonidas is a cutting-edge, high-power solid-state HPM system that leverages gallium nitride [GaN] semiconductors to ship unparalleled anti-electron results. This superior system is designed to reduce dimension, weight, and deployment time whereas maximizing maneuverability, security, and operator management.
With Leonidas Cell, you get the flexibleness to combine this highly effective system into any car or tow truck, providing sturdy anti-UAS and anti-swarm capabilities on the battlefield. As a completely cellular counter-electronics resolution, Leonidas Cell represents a groundbreaking development in mission assurance.
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