AI-Based Unmanned Mine-Warfare Combat Experiment: South Korea test and trial record

Development and reported outcome

The ROK Navy and Hanwha Systems conducted an AI-based unmanned mine-warfare combat experiment on August 3, 2026. The activity integrated Hanwha's 30-ton combat USV, the Haeryeong reconnaissance USV, an AUV and an AI-based mine-warfare control architecture, demonstrating simultaneous control of multiple unmanned systems. The USVs simulated future mine-warfare roles rather than demonstrating fully fielded mine-sweeping equipment.[S1] [S2]

Program, platform and stakeholders

Programme or contract: AI-Based Unmanned Mine-Warfare Combat Experiment. Platform or product: Hanwha 30t combat USV; Haeryeong reconnaissance USV; AUV; AI mine-warfare control system. Recorded supplier, developer or relevant organization: Hanwha Systems / ROK Navy (reported headquarters/country: South Korea). Recorded customer, operator or intended user: ROK Navy Operations Command (reported headquarters/country: South Korea).[S1] [S2]

Mission and technical scope

The following are classifications recorded in the source master, not additional claims of operational deployment: Mission/use-case classification: Mine Countermeasures. Operating mode: Autonomous Surface Vessel (ASV).

Contract, value and shipment signals

Recorded quantity, delivery, demonstration or volume signal: 2 USVs plus 1 AUV. Delivery schedule, procurement window or milestone status: Completed combat experiment.[S1] [S2]

Source verification and interpretation limits

UXV Searcher master source-coverage note: Hanwha and Yonhap confirm the Aug. 3 ROK Navy mine-warfare experiment using a 30-ton combat USV, Haeryeong reconnaissance USV and one AUV. The AUV is not counted as a surface vessel.

Interpretation boundary: Testing, authorization and demonstrations should not be counted as confirmed purchases or fleet deliveries without a separate acceptance source.[S1] [S2]

UXV Searcher analysis — what the development changes

UXV Searcher interpretation — validation / operational testing: The South Korea USV record for AI-Based Unmanned Mine-Warfare Combat Experiment is best treated as a technical maturity signal. Testing, demonstration and certification-type activity can reduce integration uncertainty but is not equivalent to contracted fleet deployment.

Traceability for buyers: The dataset associates Hanwha Systems / ROK Navy with ROK Navy Operations Command for Hanwha 30t combat USV; Haeryeong reconnaissance USV; AUV; AI mine-warfare control system. This supports stakeholder mapping; supply-chain tier, exclusivity and signed-customer relationships need the underlying source before firm classification.

Client-use interpretation: For intelligence users tracking Mine Countermeasures, the relevant next proof points are mine-countermeasures requirements, autonomy integration and acceptance milestones. Monitor test result, qualification scope, operational acceptance and subsequent paid orders.[S1] [S2]

Quantitative evidence, calculations and limits

Quantity/scope signal: 2 USVs plus 1 AUV. Counting rule: Trial/deployment context; not necessarily procurement or paid fleet additions. Delivery/timing evidence: Completed combat experiment. Scheduling language is not independently proof of completion or acceptance.

Trial participation and travelled distance describe testing activity, not sales volumes.[S1] [S2]