BAE Systems has successfully demonstrated scaled electromagnetic attack (EA) capabilities during multiple test events using a modular version of its high-performance hardware. The system is designed to neutralize adversary air defences and disrupt their use of the electromagnetic spectrum for battlespace coordination.
By miniaturizing its proven technology, BAE Systems enables mass electromagnetic effects from multiple platforms with varied mission roles.
The demonstration, conducted with the U.S. Air Force and partner organizations, involved flying a prototype system in a weapon pod on a test aircraft representing a Group 4 or Group 5 unmanned aerial vehicle. The event showcased BAE Systems’ ability to rapidly prototype a compact yet capable EA solution powered by proven counter-C5ISRT (command, control, communications, computing, cyber, intelligence, surveillance, reconnaissance, and targeting) software, including third-party applications.
According to Rory Duddy, programme director for Modular Electromagnetic Attack at BAE Systems, the effort proves the company can scale down high-performance EA hardware for smaller networked nodes while maintaining operational effectiveness. The goal is to deliver a cost-efficient mix of high-end and affordable capabilities that work together to produce precise, discriminating effects across the battlespace.
The configurable system leverages core building blocks from BAE Systems’ high-power airborne EA weapon systems developed for counter-C5ISRT missions. Packaged for smaller applications, it provides a low-cost, demonstration-ready solution that supports a distributed network of EA capabilities.
Designed for flexibility, the modular EA system can independently deliver specific counter-C5ISRT effects or complement the full-spectrum capabilities of the U.S. Air Force’s EA-37B aircraft. It can be tailored to meet platform size, weight, and power constraints and installed on collaborative combat aircraft, UAVs, rotary-wing platforms, ground vehicles, surface vessels, or weapon stations.
Built on open architecture hardware and software-defined radios, the system supports rapid hardware and software updates. Its SOSA-compliant design integrates commercial technologies to enhance affordability while enabling quick capability insertion to counter emerging threats.
Source: BAE Systems