German Defense Industry Demonstrates Electromagnetic Combat Capabilities

In a groundbreaking live flight demonstration held on June 30, 2025, in Manching, Germany, an alliance of prominent defense contractors showcased the potential of electromagnetic combat (EC) technologies to enhance military operations in contested environments. This event marked the first public display of how military aircraft can conduct missions unhindered by enemy air defense systems, utilizing advanced electromagnetic jamming techniques.

The demonstration featured a simulated evacuation mission involving various aircraft, including a Pilatus PC-12 turboprop, a mock Airbus A400M military transport, and an unmanned SHARCS technology demonstrator, which served as a stand-in jammer. An SA-8 air defense missile system represented the adversary's capabilities. The PC-12, outfitted with an electromagnetic surveillance and jamming system, acted as a stand-off jammer, effectively detecting and neutralizing the threat posed by the SA-8 system from a safe distance.

According to Alexander F. Ogger, Communications Manager at HENSOLDT, “The demonstration illustrated the effectiveness of electromagnetic combat in protecting friendly forces, enabling them to operate within hostile environments without the risk of collateral damage.” The successful operation allowed the A400M to enter the crisis area undetected, evacuate citizens, and depart without interference.

The exercise was a key component of the German Armed Forces' initiative, known as “luftgestützte Wirkung im elektromagnetischen Spektrum” (Airborne Effects in the Electromagnetic Spectrum, or luWES), aimed at developing comprehensive EC capabilities. This project seeks to enhance the German Air Force's operational independence and effectiveness in modern warfare scenarios.

The collaboration involved several German defense giants, including Airbus, bKEC, HENSOLDT, IBM, MBDA, PLATH, Rohde & Schwarz, and Schönhofer, all committed to advancing these technologies under the motto “EC made in Germany for Germany.” The companies aim to create a modular system that integrates various subsystems to provide comprehensive electromagnetic protection for military operations.

The demonstration also highlighted the strategic advantage of using non-kinetic methods of warfare. Since electromagnetic combat operates without the use of munitions, it minimizes the risk of physical damage to infrastructure and civilian areas, aligning with contemporary military strategies that seek to reduce collateral damage while maximizing operational effectiveness.

Experts have lauded the initiative as a significant step forward in military technology. Dr. Peter Schmidt, a defense analyst at the German Institute for Defense Studies, stated, “The integration of EC capabilities represents a paradigm shift in how military operations can be conducted in an increasingly complex electronic warfare environment.”

The next steps following the demonstration involve further developing the individual components of luWES, aiming to establish a robust system of systems. Each subsystem, including stand-off jammers and escort jammers, will play a critical role in protecting friendly assets and enhancing mission effectiveness in enemy territory.

This development comes at a time when geopolitical tensions continue to rise, necessitating advanced capabilities to ensure national security. As the German Armed Forces continue to enhance their technological infrastructure, the successful implementation of electromagnetic combat capabilities could become a cornerstone of modern military strategy, reshaping the landscape of aerial combat and defense operations in Europe and beyond.

The implications of this advancement extend beyond Germany, as NATO and allied nations observe these developments closely. The potential for collaborative efforts in electromagnetic warfare capabilities could lead to a more unified approach to defense in the face of evolving threats in the global security landscape.