HENSOLDT unveils TAERVUS as a unified electromagnetic warfare system for modern battlefields

By Defence Industry Europe

HENSOLDT has introduced TAERVUS, a fully integrated Electromagnetic Warfare system that brings together advanced radio direction finders, receivers, jammers and its Spectrum Battle Management Suite. The company says the field proven technologies are now presented under a single name that reflects their focus on land-based EW operations.
Image: HENSOLDT.

HENSOLDT has introduced TAERVUS, a fully integrated Electromagnetic Warfare system that brings together advanced radio direction finders, receivers, jammers and its Spectrum Battle Management Suite. The company says the field proven technologies are now presented under a single name that reflects their focus on land-based EW operations.

 

The system spans COMINT and ELINT across HF, VHF and UHF bands up to higher microwave ranges, and it includes jamming capabilities against hostile communications and radar. HENSOLDT states that the name combines the Latin words Terra and Corvus to highlight both its land role and the crow’s traditional link with electromagnetic warfare.

TAERVUS merges tactical and strategic reconnaissance functions with tools to disrupt enemy communications in a modular, software-defined and networked architecture. Integrated Artificial Intelligence supports signal analysis, enables semi automatic classification and prioritisation, and introduces features such as predictive jamming that adapts to changing battlefield situations.



HENSOLDT says the system is designed to shorten the OODA loop by giving users early and accurate information on enemy positions. “Those who act faster than their opponents and simultaneously disrupt their information gathering capabilities secure a decisive advantage on the battlefield,” said Dr Torben Brack, Vice President and Head of Cyberspace & EW at HENSOLDT.

According to the company, TAERVUS marks a new step in defence technology by integrating multiple elements into a single system of systems. Its modular approach is intended to ensure users gain full system capability rather than isolated components, supporting a stronger information advantage in combat.

 

Tags:

Related news & articles

Latest news

Featured