Rapidly Developed Counter-Drone Prototype Succeeds at NATO's ...
AI Analysis
A new counter-UAS detection system, developed by the Naval Postgraduate School, was successfully tested during NATO's Bold Machina exercise in the Netherlands. The system, deployed on a Dutch Navy craft, utilized a combination of sensors including acoustic, EO/IR, RF, and radar to detect and track drones.
Key Takeaways
- The counter-UAS system was rapidly developed by the Naval Postgraduate School.
- Field tests were conducted at sea during NATO's Bold Machina exercise in the Netherlands.
- The system was deployed on a Dutch Navy fast raiding, interception, and special forces craft.
- It integrated a long-range EO/IR telescope from Trakka Systems.
- The system used multiple sensors including acoustic, EO/IR, RF, and radar.
Why It Matters
This development highlights the increasing importance of counter-UAS technologies in modern military exercises and operations. The successful integration and testing of a multi-sensor detection system demonstrate advancements in detecting and tracking drone threats, which are crucial for enhancing NATO's defense capabilities against aerial threats.
Rapidly Developed Counter-Drone Prototype Succeeds at NATO’s Bold Machina > United States Navy > News Display An official website of the United States government Here's how you know Official websites use .mil A**.milwebsite belongs to an official U.S. Department of Defense organization in the United States. Secure .mil websites use HTTPS Alock (lock)orhttps://**means you’ve safely connected to the .mil website. Share sensitive information only on official, secure websites. [Skip to main content (Press Enter).] [Home] [Press Office] **[News Stories] **
display-news
[] [![United States Navy]] [] [Home] [Press Office] **[News Stories] **
display-news
[**] [![Navy Logo]]
- []
- []
- []
- [] []
Rapidly Developed Counter-Drone Prototype Succeeds at NATO’s Bold Machina
15 December 2025
From Daniel Linehan
A new, innovative detection system for countering uncrewed aerial systems (c-UAS) conducted its first field tests at sea during the Bold Machina (BOMA) exercise in the Netherlands this September. Rapidly developed by a small team led by officer-scholars from the Naval Postgraduate School (NPS), the c-UAS system deployed aboard a Dutch Navy fast raiding, interception, and special forces craft (FRISC). ![] [![Download Icon] Download] ![NETHERLANDS (Sep. 23, 2025) In preparation for sea trials at the BOMA exercise, the NPS c-UAS team and its industry partners integrated a long-range EO/IR telescope from Trakka Systems. It was one of several sensors providing detection data to the ODIN fusion engine to identify and track hostile drones. (NATO photo by Deacon Westervelt)] [![Download Icon] Download]
Share
- [** PRINT]
- [** RSS]
Tags
[![Tag] NPS] [![Tag] NATO] [![Tag] Bold Machina] [![Tag] Counter-Drone] [ ![NETHERLANDS (Sep. 23, 2025) In preparation for sea trials at the BOMA exercise, the NPS c-UAS team and its industry partners integrated a long-range EO/IR telescope from Trakka Systems. It was one of several sensors providing detection data to the ODIN fusion engine to identify and track hostile drones. (NATO photo by Deacon Westervelt)] ] NETHERLANDS (Sep. 23, 2025) In preparation for sea trials at the BOMA exercise, the NPS c-UAS team and its industry partners integrated a long-range EO/IR telescope from Trakka Systems. It was one of several sensors providing detection data to the ODIN fusion engine to identify and track hostile drones. (NATO photo by Deacon Westervelt) [More Details] [ ![NETHERLANDS (Sep. 23, 2025) Aboard a Dutch Navy SOF fast raiding, interception, and special forces craft (FRISC) during the BOMA exercise, the NPS c-UAS team deployed multiple sensors mounted to masts for detecting and identifying drone threats. The passive c-UAS system used acoustic, EO/IR, RF, and radar sensors. (NATO photo by Deacon Westervelt] ]