BAE Systems Integrates Echodyne Radar for Enhanced Counter-Drone
BAE Systems has enhanced its counter-drone capabilities by integrating Echodyne's EchoShield radar into its Anti Threat System (BATS).
Integration of Echodyne's EchoShield Radar
BAE Systems has enhanced its counter-drone capabilities by integrating Echodyne's EchoShield radar into its Anti Threat System (BATS). This integration aims to provide accurate and persistent airspace data necessary for detecting, classifying, and tracking potential drone threats.
Live Trials in Scotland
The announcement follows BAE Systems' completion of live trials of the BATS platform in Scotland, which demonstrated the system's ability to consolidate multiple sensors and effectors through a unified command-and-control architecture. This allows operators to identify and respond to evolving drone threats in real time.
Features of the BATS Platform
BATS is a modular, software-defined counter-uncrewed aircraft system (C-UAS) platform. It integrates various sensors, intelligence feeds, command-and-control tools, and countermeasures through a secure data core. This design aims to streamline the counter-drone process into a single integrated system, reducing the need for operators to manage separate platforms.
Echodyne's EchoShield Technology
Echodyne's EchoShield utilizes proprietary metamaterials electronically scanned array (MESA) radar technology. This technology is designed to provide persistent radar tracks, advanced threat classification, and precise location data. Such capabilities are crucial in counter-drone operations, where maintaining reliable tracks of targets, even during complex maneuvers, is essential.
Compact and Versatile Deployment
EchoShield's compact size, weight, and power requirements make it suitable for various deployment scenarios, including fixed installations, rapidly deployable systems, and mobile platforms. This adaptability enhances BAE Systems' operational flexibility in counter-drone missions.
Strategic Importance of Reliable Data
Louise Heywood, head of strategy at BAE Systems Digital Intelligence & Land, emphasizes that EchoShield contributes a precise, data-rich airspace picture. This information aids BATS in making rapid decisions and connecting operators with the most appropriate countermeasures, all while ensuring human control over the process.
Scalability and Integration
The BATS architecture is designed for scalability, capable of protecting individual sites or providing broader area coverage. It can integrate with existing and future air defense systems, sensors, and command-and-control platforms, making it applicable to military installations, government facilities, and critical infrastructure.
Echodyne's Growing Portfolio
For Echodyne, this integration represents a significant addition to its defense portfolio. The company reports that its radars are already part of hundreds of counter-UAS systems globally. Additionally, Echodyne has recently opened an advanced manufacturing facility in Washington State, with plans to scale production capacity to over 30,000 radars annually, responding to the growing demand for scalable counter-drone technologies.
Conclusion
The integration of Echodyne's EchoShield radar into BAE Systems' BATS platform marks a significant step forward in counter-drone capabilities. With the ability to provide enhanced detection, classification, and tracking of drone threats, this development is poised to bolster security measures across various sectors.
