Lockheed Martin conducted a successful government test for the Advanced Off-Board Electronic Warfare (AOEW) system on a U.S. Navy MH-60R helicopter, marking its debut in engagement testing. The system showcased its electronic attack capabilities, fortifying the Navy’s defense strategy against anti-ship missile threats.
Lockheed Martin achieved a significant milestone as the Advanced Off-Board Electronic Warfare (AOEW) system underwent a successful government test aboard a U.S. Navy MH-60R helicopter. This breakthrough test represented the system’s inaugural engagement testing while integrated onto the target platform, affirming its capacity to deter threats and quantify performance.
Collaborating closely with the U.S. Navy at Naval Air Station Patuxent River in Maryland, this integration trial validated the AOEW system’s capabilities and operational functionality specifically tailored for the MH-60R helicopter. While adaptable for both MH-60R and MR-60S platforms, this test specifically utilized the MH-60R.
Lockheed Martin’s Vice President of Spectrum Convergence, Deon Viergutz, hailed the AOEW system as a pioneering electronic warfare technology. Viergutz emphasized its significance as a force multiplier for naval operations, empowering sailors to assert control over the battlespace without active weaponry. The system’s adaptable and programmable design ensures continuous evolution in response to evolving threat landscapes.
AOEW operates as a pod-based electronic warfare defense system, bolstering the U.S. Navy’s electronic surveillance and counter-attack capabilities against anti-ship missile threats. The system has undergone rigorous developmental and operational testing at Lockheed Martin’s Syracuse, New York facility, demonstrating its progressive advancements.
Notably, AOEW integrates seamlessly with Aegis Baseline 9C.2+ and the Surface Warfare Electronic Warfare Improvement Program Block II, providing versatile functionality independently or in tandem with other ship-based systems.
The adaptable architecture of AOEW positions it for potential integration onto diverse platforms, envisioning its application beyond helicopters to small ships, unmanned aerial vehicles, and surface vessels.
The AOEW development trajectory foresees a series of forthcoming tests and demonstrations on host platforms throughout 2024. These evaluations will refine the system’s performance, building upon the ongoing low-rate initial production phase aiming for the first AOEW unit deliveries within the coming year.
Lockheed Martin’s successful AOEW integration onto the MH-60R helicopter marks a pivotal stride in naval electronic warfare capabilities. The system's adeptness showcased during engagement testing solidifies its role in fortifying the U.S. Navy’s defense against anti-ship missile threats, promising heightened security and control in evolving maritime environments.