Epirus Completes Delivery of IFPC-HPM Systems (Directed Energy Weapons) to US Army for Drone Defense

Epirus delivers four IFPC-HPM systems to the US Army, advancing directed energy solutions to neutralize drones and drone swarms in a $66.1-million contract milestone.

Epirus, a tech startup specializing in advanced defense technology, has achieved a significant milestone by supplying four Indirect Fire Protection Capability – High-Power Microwave (IFPC-HPM) systems to the US Army. This achievement marks a pivotal step in the implementation of a $66.1-million contract aimed at deploying directed energy solutions to counter drones and drone swarms.

The journey towards this accomplishment began when the US Army received the first IFPC-HPM system in November 2023. Since then, Epirus has been dedicated to fulfilling its commitments, culminating in the recent completion of New Equipment Training and Engineering Developmental Testing (NET-EDT) services. These services, conducted in collaboration with the agency, were crucial in preparing personnel and validating the system's capabilities.

In April, associated trials for the IFPC-HPMs were conducted to evaluate the platform's tactical functionalities and its effectiveness against targets exhibiting complex flight patterns. This comprehensive testing provided valuable insights into the system's performance, facilitating a deeper understanding of its operational parameters.

During the live-fire event, future operators had the opportunity to gain hands-on experience with the IFPC-HPM system, building upon their preparations from March. This practical engagement underscored the system's efficacy as a final protective fires solution within a layered defense strategy.

The US Army Test and Evaluation Command will leverage the data gathered from these tests to shape future IFPC-HPM initiatives, including budget allocations and deployment strategies. Epirus CEO Andy Lowery expressed confidence in the system's capabilities, highlighting the successful demonstration of advanced waveforms and coordinated fires to enhance operational effectiveness.

The IFPC-HPM systems form part of the broader Indirect Fire Protection Capability Program, a key component of the Pentagon's defense framework. Designed to counter various threats, including unmanned aerial systems, cruise missiles, and artillery, these systems offer a mobile, ground-based solution to safeguard warfighters and critical infrastructure.

Moreover, the integration of IFPC assets aims to bridge existing gaps between air and missile defense systems such as the PATRIOT, short-range air defense (SHORAD) platforms, and the Terminal High Altitude Area Defense (THAAD) system. By enhancing interoperability and coverage, these initiatives strengthen the nation's defense posture against evolving threats.

In conclusion, Epirus's successful delivery of IFPC-HPM systems signifies a significant advancement in US Army's defense capabilities. Through rigorous testing and collaboration, these cutting-edge solutions are poised to bolster national security and protect against emerging challenges on the battlefield.