CHCNAV APACHE 6 unmanned ship: opening a new era of three-dimensional bathymetry
CHCNAV APACHE 6 unmanned ship: opening a new era of three-dimensional bathymetry
Recently, in the field of marine science and technology and hydrological survey, the 1 epoch-making product, CHCNAV APACHE 6 unmanned ship, has made a stunning appearance. With its excellent performance and innovative technology, it has quickly become the focus of the industry, bringing new solutions to many fields, such as underwater object positioning, offshore construction, underwater archaeology and shipwreck rescue.
Innovative design, excellent performance
The CHCNAV APACHE 6 unmanned ship is unique in design and adopts a high-performance dual-propeller system. This 1 design ensures that the unmanned ship can maintain a stable and constant automatic cruising speed during navigation, up to 2.5 m/s(7.6 fps), greatly improving the operation efficiency. At the same time, the hull of the unmanned ship is made of carbon fiber material, which has excellent characteristics such as high strength and modulus ratio, low expansion coefficient and relative flexibility, so that the hull can maintain balance in turbulent water. Its dual detachable floating body design is a highlight, even in complex waters, it can ensure the stability of the unmanned ship. When it is necessary to enter shoals, channels and shallow rivers without the risk of stranding, the removal of floating bodies can be easily achieved, further expanding the application range of unmanned ships.
Powerful function, accurate measurement
In terms of measurement function, CHCNAV APACHE 6 unmanned ship performs well. It is equipped with the NORBIT multi-beam echo sounder, which 1 advanced equipment to provide high-resolution bathymetric data to meet the most demanding ocean survey project requirements. The multi-beam echo instrument reduces investigation time, significantly improves work efficiency, and generates data with extremely high accuracy and reliability. In practical applications, the unmanned ship can be used in marine surveying and mapping, geological exploration, underwater archaeology and other fields. For example, in underwater archaeological work, it can accurately draw topographic maps of underwater sites, provide archaeologists with detailed underwater environmental information, and help the smooth development of archaeological work.
In addition to the bathymetric function, the APACHE 6 unmanned ship can also be equipped with an optional NORBIT iLiDAR mapping sensor. These 1 sensors can provide high-precision combined ocean and single-pass ground 3D survey data, which play an important role in port and river surveys. When performing height clearance assessment tasks, such as assessing the height clearance of transmission lines, bridges and other facilities, the sensor can quickly and accurately obtain relevant data, providing strong support for engineering design and safety assessment.
Flexible control, efficient operation
The CHCNAV APACHE 6 unmanned ship has a flexible control mode. It can complete the survey project in manual mode within 2 kilometers through the remote control board, or it can sail autonomously according to the preset mission plan. In the autonomous navigation mode, the unmanned ship can automatically collect data according to the predetermined route and transmit the data to the ground station in real time. The ground communication system has been installed and connected to the computer to facilitate the processing and analysis of data by operators. Operators can use the CHCNAV Hydro Survey software to process the collected data to generate 3D models of the ground, contours and depth, and visually display underwater terrain and environmental information.
In actual operation, the portability of the unmanned ship also provides a guarantee for its efficient operation. Its size is L1.8m x W0.55m x H0.25m, and its weight is only 40kg, which is easy to transport and carry. Even in remote areas, it can be quickly deployed to carry out bathymetric surveying and mapping, waterway surveying, underwater geological exploration, etc. For example, in some remote mountain lakes or coastal islands, traditional survey ships are often difficult to reach, and APACHE 6 unmanned ships can easily reach to complete the survey task.
Wide application, broad prospects
CHCNAV APACHE 6 unmanned ship has a wide range of applications. In addition to the above-mentioned underwater archaeology and port investigation, it can also be used in marine science and research, environmental protection, meteorology and ocean observation, military and national defense, shipping and logistics, and emergency Response and other fields. In marine science and research, it can be used for marine mapping, geological exploration, climate change monitoring and biodiversity survey; in environmental protection, it can be used to monitor water quality, pollution diffusion, plastic waste cleaning, etc.; in meteorological and ocean observation, it can collect real-time meteorological data, such as wind speed, temperature, ocean current information; in the field of military and national defense, it can perform intelligence collection, anti-submarine warfare, coastal patrol and other tasks; in shipping and logistics, it can be used for cargo transportation, port management, cargo monitoring, etc.; in emergency response, it can be used for disaster search and rescue, oil spill handling and other emergency situations Quick action.
With the continuous advancement of technology and the continuous expansion of application scenarios, the market prospect of CHCNAV APACHE 6 unmanned ship is very broad. The global unmanned ship market is expected to have a compound annual growth rate of 20% in the next 5 years, and the market size will exceed US $10 billion. With its excellent performance and innovative technology, APACHE 6 unmanned ship is expected to occupy an important position in the market competition and become a leading product in the field of marine science and technology and hydrological measurement.
The launch of CHCNAV APACHE 6 unmanned ship is a major breakthrough in the field of marine science and technology and hydrographic survey. With its innovative design, powerful functions, flexible handling and wide range of applications, it brings new opportunities and challenges for underwater surveying and ocean exploration. It is believed that in the future development, APACHE 6 unmanned ship will play an important role in more fields and make greater contributions to human understanding and utilization of the ocean.