BAE Systems completes two-week trial of BATS counter-drone system in Scotland

TLDR

• BAE Systems completed a two-week live trial in Scotland of BATS (BAE Systems Anti Threat System), a software-defined counter-drone platform combining sensing, data fusion, command and control, decision support, and countermeasures in one modular architecture.¹²
• The trial tested three scenarios: fusing multiple sensor feeds into one shared operational picture, engaging confirmed targets with electronic warfare and software-defined radio in near real time, and a full detect-to-engage sequence combining an integrated gun system with electronic warfare.¹²
• The trial also tested secure sharing of threat data across multiple sites, aimed at giving a wider airspace view and better coordination between dispersed locations.¹
• BATS is designed to work with both BAE and third-party sensors and effectors, and BAE says it is now moving the system toward operational deployment.²

BAE Systems has completed a two-week live trial in Scotland of BATS, a software-defined counter-uncrewed-aircraft system intended to integrate sensing, intelligence fusion, command and control, decision support, and countermeasures within a single modular architecture.¹² The trial validated the full "sense, decide, effect" mission chain against drone threats using one unified command-and-control system, built to work with both BAE's own sensors and effectors and equipment from other manufacturers.²

The trial covered three scenarios. The first fused multiple sensor feeds into a shared operational picture so operators could distinguish genuine threats from harmless activity.¹² The second integrated electronic warfare and software-defined radio, letting operators apply non-kinetic countermeasures against confirmed targets in near real time.¹ The third combined an integrated gun system with a full electronic warfare engagement chain in a more complex tactical scenario, requiring operators to sort different drone categories and select a suitable effector for each.¹² The trial additionally tested secure sharing of threat data across multiple locations, intended to support networked operations and give a wider shared airspace view across dispersed sites.¹

BAE Systems Head of Strategy for Digital Intelligence & Land, Louise Heywood, said the system is designed to reduce cognitive burden for individual operators by unifying detection, confirmation, and targeting into one system.² The company is now progressing BATS toward operational deployment and says it will keep expanding its sensing, countermeasure, and threat-intelligence capabilities.² The piece frames the trial against rising government counter-drone spending, citing lessons drawn from drone use in Ukraine and the Middle East.²

Why it matters: BATS is BAE's attempt to solve the integration problem that plagues counter-drone defense: militaries often buy detection, decision-making, and countermeasure systems from different vendors that do not talk to each other. A validated single architecture that fuses all three, and shares the picture across sites, addresses exactly the fragmentation problem agencies cite when counter-drone deployments underperform.

Footnotes

1. Defence Industry Europe, "BAE Systems says BATS links drone detection to gun and electronic warfare engagement in successful two-week Scottish trials," https://defence-industry.eu/bae-systems-says-bats-links-drone-detection-to-gun-and-electronic-warfare-engagement-in-successful-two-week-scottish-trials/ ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶ ↩⁷ ↩⁸

2. MarketScreener (ENP Newswire), "BAE Systems demonstrates integrated counter-drone capability in live trials," https://www.marketscreener.com/news/bae-systems-demonstrates-integrated-counter-drone-capability-in-live-trials-ce785ddad081f620 ↩ ↩² ↩³ ↩⁴ ↩⁵ ↩⁶ ↩⁷ ↩⁸ ↩⁹ ↩¹⁰