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Unmanned Boats & Autonomous Driving

Unmanned Boat
Autonomous Driving EquipmentUnmanned Boat
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Unmanned Boat Product Lineup

Cultural Tourism & Scenic AreaUnmanned Boatand Product Configurations
Customer TypeCultural Tourism & Scenic AreaGovernment Departments
Typical Customer5A/4A scenic areas, wetland parks, theme park operatorsSanitation Bureau, Water Resources Bureau, Ecology & Environment Bureau, Municipal Administration
Core NeedImproved water-cleaning efficiency, lower labor cost, enhanced technological imageWater management policy projects, response to environmental policies, reduced long-term fiscal expenditure
Use ScenarioSurface cleaning in scenic areas, wetlands, nature reservesRiver management, industrial brownfields, port water management
Key Pain PointCleaning pressure during holidays, difficulty recruiting staffPolicy assessment indicators (water quality compliance), public complaint pressure
Maritime/InspectionUnmanned Boatand Product Configurations
Customer TypeMaritime / Marine Inspection Departments
Typical CustomerMaritime Safety Administration, Coast Guard, Marine Law Enforcement, Port Authority
Core NeedExpanded patrol coverage, night/adverse weather enforcement, evidence collection
Use ScenarioRiver/coastal patrol, night enforcement, emergency rescue, evidence recording
Key Pain PointEnforcement timeliness, evidence chain integrity, equipment reliability (wind/wave resistance)
Scientific MonitoringUnmanned Boatand Product Configurations
Customer TypeResearch Institutions
Typical CustomerUniversity oceanography schools, CAS Institute of Oceanology, water resources research institutes, environmental monitoring stations
Core NeedAcquire precise hydrology/water quality/topography data, replace high-risk manual work, develop courses, publish research
Use ScenarioHydrology/water quality monitoring, hydrological surveying, marine scientific research
Key Pain PointHigh data accuracy requirements, equipment compatibility with existing analysis software, timely after-sales response
MilitaryUnmanned Boatand Product Configurations
Customer TypeMilitary-Related Units
Typical CustomerNaval equipment departments, Academy of Military Sciences, defense industry groups (CSSC, CETC subsidiaries)
Core NeedClassified; requires security clearance for cooperation; emphasis on autonomous controllability and domestic content
Use ScenarioCoastal reconnaissance, target tracking, high-speed interception, maritime alert, extreme environment operations
Key Pain PointDomestic substitution requirements, customized needs for extreme environments, information security compliance

Product Application Cases

Case Introduction

In November 2024, the BY03 fully autonomous marine unmanned boat, independently developed and manufactured by Boxi Shipbuilding, was tested and successfully delivered atBY03 fully autonomous marine unmanned boatatDalian Ocean Universityachieving remoteroute editing and speed mode switchingin unmanned aquaculture scenarios.

Requirements & Pain Points

Unmanned patrol:Replaces manual patrol of a 1.5 km² aquaculture zone on schedule via waypoints;
Water quality monitoring:Completes multi-point water quality monitoring tasks in specific marine ranching waters;
Curriculum development:Provides real teaching scenarios for relevant courses at the School of Maritime and Naval Architecture.

Case Value

Project Certificate

Reliable algorithms, safe and time-saving:Accurate path tracking along preset routes in moderate sea conditions, reducing labor cost by50%；
Precision operation, quality and efficiency:Within the same time, the number of water quality monitoring points is30%higher than manual monitoring, with accurate and effective results;
High adaptability, easy operation:Operated through a portable ground station, enabling instant communication and simple operation, effectively improving work efficiency.

Portable GCSUnmanned Voyage Area

Ocean University
2.3m Unmanned Aquaculture Monitoring Boat

Case Introduction

In July 2024, the company partnered deeply with a shipyard in Jiangsu, providing ahigh-speed glass boatequipped with a complete unmanned boat control system, completingremote piloting and autonomous obstacle avoidancescenarios in the sea area of Xiangshan, Ningbo.

Requirements & Pain Points

Communication needs:Need to significantly shorten adjustment time and improve communication efficiency;
Obstacle avoidance:Under high-speed navigation, the vessel must achieve stable autonomous obstacle avoidance;
Track keeping:The vessel must follow the designated route during high-speed navigation.

Case Value

Low communication latency:Significantly reduced adjustment time (less than 1 min）；
High control accuracy:Under autonomous navigation mode, control accuracy reaches meter level, saving4.3%of navigation mileage;
Effective obstacle avoidance:The vessel maintains stable, accurate identification and avoidance of obstacles at different speeds, reaching the target position successfully.

9.5m High-speedUnmanned BoatVoyage Cases

9.5m High-Speed Diesel Pump
Unmanned Boat

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