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- Yantai City, Shandong Province, China
- hs@hishengboat.com
- banks@hishengboat.com
- +8618364522233
- +8613789877770
Your Professional Unmanned Boat Supplier
Qingdao Hisheng Ship Technology Co., Ltd. was established in 2015 and specializes in the design and construction of aluminum and FRP vessels. The company operates modern production facilities and has expanded its manufacturing capacity through two branch companies: Hainan Ocean Hammer Boat Technology Co., Ltd. (established in 2022) and Liaoning Ocean Hammer Boat Technology Co., Ltd. (established in 2024). All vessels are built in compliance with recognized classification standards, ensuring consistent quality and reliability for international clients.
Seafox Autonomous Underwater VehicleWidely used in estuaries, coastal areas, near-sea areas, and shallow water areas. It is applied in fields such as marine science, engineering exploration, offshore oil and gas, offshore wind power,
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Underwater Military VehiclesThe core advantages of the unmanned underwater vehicle for seabed exploration (deployed on the surface and conducting underwater detection) lie in breaking through the limitations of traditional
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Unmanned Nuclear SubmarineThe unmanned patrol and evidence collection vessel is an efficient equipment for water area law enforcement and monitoring. It has distinct core advantages. It has the ability to conduct autonomous
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Unmanned Underwater DroneCarry out security patrols, investigation and evidence collection, as well as search and rescue operations in the ocean, ports, lakes and rivers. . Easy to deploy and retrieve, with rich mission
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Unmanned Underwater Vehicle UuvCarry out security patrols, investigation and evidence collection, as well as search and rescue operations in the ocean, ports, lakes and rivers. . Easy to deploy and retrieve, with rich mission
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Unmanned Underwater Vehicles for SaleThere is a diverse range of unmanned underwater vehicles (UUVs) for sale on the market, covering civil, scientific research, defense and other fields, with products varying in performance and
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Uuv Unmanned Underwater VehicleFirstly, the operational efficiency is outstanding. The vessel is small in size (with a draft of 0.3 to 1.5 meters) and highly maneuverable. It can reach areas such as shallow beaches and rocky zones
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Unmanned Sea VehiclePerforming guard and eviction duties, patrol and duty, reconnaissance and evidence collection, and anti-smuggling in the ocean, ports, lakes, and rivers
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Navy Unmanned SubmarineWidely used in estuary, coastal, shallow sea and deep-sea waters, it is applicable in various fields such as marine science, engineering survey, marine oil and gas, offshore wind power, marine
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Unmanned SubmersibleUnmanned vessels are highly versatile and efficient operation equipment, with prominent core advantages. They possess dual functions of surface patrol and marine surveying, and are suitable for
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Why choose us
Compliance with Classification Standards
All aluminum and FRP boats are built in strict accordance with recognized classification standards, ensuring safety, reliability, and consistent quality.
Certifications
The company is certified to ISO 9001 (Quality Management), ISO 14001 (Environmental Management), and ISO 45001 (Occupational Health and Safety), supporting consistent production and controlled processes.
Production Market
Our products were sold all over the world, mostly in Korea, Thailand, Japan, America, Australia, Canada, Mexico and so on.
Service Advantages
From design and production to quality control and after-sales service, we provide coordinated support to ensure smooth project execution.
Unmanned Underwater Vehicle Uuv
Unmanned Underwater Vehicles (UUV) are autonomous or remotely operated machines designed to explore, monitor, and perform tasks beneath the ocean surface. These vehicles are equipped with sensors, cameras, and communication systems that allow them to operate without direct human control. UUVs are increasingly vital for scientific research, military operations, underwater infrastructure inspection, and resource exploration. Their ability to access hard-to-reach underwater environments makes them invaluable tools for a variety of industries.
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Ship dimensions |
Length 5.3m × Width 1.72m × Height 2.85m |
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Ship type |
Single hull deep V |
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Ship material |
Carbon fiber |
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Full load displacement |
1350kg |
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Load capacity |
50kg |
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Speed |
Maximum speed not less than 25 knots |
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Continuous navigation range |
≥ 120nm |
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Communication range |
Remote control 1km, base station 15km |
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Sea condition level |
Working sea condition level 3, survival sea condition level 4 |
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Propulsion form |
Diesel engine + water jet propulsion |
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Communication method |
Supports narrowband, private network, public network, Beidou |
Advantages of Unmanned Underwater Vehicle Uuv
Enhanced Safety
UUVs eliminate the risks associated with deploying human divers in hazardous underwater environments. Whether performing deep-sea surveys or infrastructure inspections, gliders, APEX floats, and other UUVs enhance operational safety by handling missions autonomously.
Precision and Efficiency
All UUVs are outfitted with advanced sensors, sonars, and imaging systems for high-precision data acquisition. Whether conducting oceanographic research with a glider or inspecting pipelines with an ROV, you benefit from accurate, real-time data that informs your operations.
Cost-Effectiveness
UUVs—including APEX floats and USVs—offer a cost-effective alternative to manned missions by minimizing the need for on-site personnel and reducing vessel time. Their autonomous functionality and low maintenance requirements allow for efficient, long-term deployments.
Extended Reach and Capabilities
UUVs can operate in environments and depths that are inaccessible or dangerous for humans. Gliders and APEX floats are designed to withstand extreme pressures and temperatures, delivering valuable data from the deep ocean.
Real-Time Data Collection
With advanced telemetry and communication systems, many of UUVs, gliders, and USVs can transmit data in real-time. This allows operators to make timely decisions, improve mission planning, and respond quickly to changing underwater conditions.
Versatility
UUVs support a wide array of applications across marine science, energy, defense, and environmental sectors. Whether conducting baseline surveys, mapping habitats, or supporting naval operations, our gliders, floats, and USVs are built to meet your mission’s unique demands.
Type of Unmanned Underwater Vehicle Uuv
Remotely Operated Vehicle (ROV)
Connected to a mother ship via an umbilical cable, its movement and operations are controlled by operators on the mother ship. ROVs have advantages such as flexible operation and strong working capabilities, but their operating range is limited by the length of the umbilical cable.
Autonomous Underwater Vehicle (AUV)
Relies on its own onboard energy and intelligent control system to navigate autonomously underwater and complete specified tasks. AUVs have advantages such as autonomy, stealth, and long endurance, but they are technologically complex and relatively expensive.
Hybrid Underwater Vehicle (HUV/ARV)
Combines the characteristics of both ROVs and AUVs. It can be remotely controlled via an umbilical cable or operate autonomously. This type of vehicle can switch between operating modes as needed to adapt to different mission requirements.
Applications of Unmanned Underwater Drone
Scientific Research
UUV enable oceanographers to explore deep-sea environments, collect biological samples, and map the seafloor. Their autonomous capabilities allow for long-duration missions that would be impractical for manned vessels, leading to discoveries about marine ecosystems and geological formations.
Defense & Security
Naval forces deploy UUV for surveillance, mine detection, and reconnaissance. These vehicles can operate covertly, providing strategic advantages without risking human lives. For example, they can patrol underwater borders or monitor submarine activity.
Infrastructure Inspection
UUV inspect underwater pipelines, cables, and offshore platforms. They detect corrosion, leaks, or structural damages, helping prevent environmental hazards and costly repairs. This use improves safety and operational efficiency in oil and gas sectors.
Resource Exploration
Mining companies use UUV to locate underwater mineral deposits and assess their viability. They also assist in mapping areas for potential oil and gas extraction, reducing exploration costs and environmental impact.
Environmental Monitoring
Environmental agencies utilize UUV to track pollution levels, monitor marine protected areas, and study climate change effects on oceanic ecosystems. Their data supports conservation efforts and policy-making.
Working Principle of Unmanned Underwater Vehicle Uuv
Design & Deployment
UUV are built with hydrodynamic shapes to minimize water resistance. They are deployed from ships, submarines, or fixed platforms, depending on their purpose.
01
Navigation & Control
Using onboard sensors like inertial measurement units (IMUs), sonar, and GPS (when near surface), UUVs navigate underwater. They often rely on pre-programmed routes or real-time remote control.
02
Data Collection
Equipped with cameras, sonar, and environmental sensors, UUVs gather data on water conditions, marine life, or infrastructure integrity. This data is stored onboard or transmitted back to operators.
03
Autonomous Operation
Advanced UUVs can perform complex tasks independently, such as mapping seafloor terrain or inspecting pipelines, adjusting their course based on sensor feedback.
04
Recovery & Reuse
After completing missions, UUVs surface or return to designated points for retrieval and data offloading, ready for subsequent deployments.
05
Technology Of Unmanned Underwater Vehicle Uuv
Autonomous Navigation And Positioning
UUVs are typically equipped with advanced navigation systems, such as inertial navigation systems, Doppler velocity logs, and acoustic positioning systems, to achieve high-precision autonomous navigation and positioning.
Intelligent Control System
The intelligent control system of a UUV can autonomously plan navigation routes, avoid obstacles, and execute operational tasks based on preset mission instructions and environmental information.
Energy And Propulsion System
The energy system of a UUV usually employs batteries or fuel cells, providing it with long-duration and long-distance navigation capabilities. The propulsion system is selected based on the type of vehicle and mission requirements, such as propeller propulsion or waterjet propulsion.
Sensors And Payloads
UUVs can carry various sensors and payloads, such as sonar, cameras, and robotic arms, to perform different tasks, such as underwater exploration, environmental monitoring, and underwater operations.
Certificates
FAQ
As one of the leading unmanned boat manufacturers and suppliers in China, we warmly welcome you to buy high quality unmanned boat made in China here from our factory. If you have any enquiry about customized service, please feel free to email us.
Unmanned Submersible, Uuv Unmanned Underwater Vehicle, Unmanned Nuclear Submarine