D270 Single-Beam Echosounder
CHCNAV D270 Single-Beam Echosounder
CHCNAV D270 is a compact and cost-effective single-beam echosounder engineered for precise depth measurements in various marine environments. Ideal for applications such as river cross-section surveys, reservoir capacity assessments, and dredging volume calculations, the D270 ensures reliable and accurate data collection.
Key Features:
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Integrated Temperature Sensor: The D270 features a built-in water temperature sensor that enables real-time sound velocity correction, enhancing depth measurement accuracy by adapting to changing water conditions.
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Extensive Depth Range: Capable of measuring depths from 0.15 to 200 meters, the D270 supports a wide range of survey applications, from shallow rivers to deeper reservoirs.
- User-Friendly Configuration: Operating on a Linux-based system, the D270 offers intuitive web-based parameter configuration and chart plotting, simplifying survey tasks and improving efficiency.
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Wireless Connectivity: Equipped with Bluetooth and Wi-Fi capabilities, the D270 facilitates seamless data transfer and wireless setup, enhancing convenience and operational efficiency.
- Portable and Durable Design: Weighing approximately 0.84 kg and featuring an IP67-rated waterproof and dustproof construction, the D270 is designed for easy transportation and reliable performance in challenging environments.
Why Choose the CHCNAV D270?
The CHCNAV D270 stands out as a versatile and dependable solution for professionals seeking high-precision depth measurements in diverse marine settings. Its combination of real-time sound velocity correction, extensive depth range, user-friendly interface, and robust design ensures efficient and accurate data collection, making it an excellent choice for various hydrographic surveying needs.
Upgrade your marine surveying capabilities with the CHCNAV D270 and experience enhanced precision and operational efficiency in your bathymetric projects.
Technical Specifications
D270 Single-Beam Echosounder

D270 Features
A compact, professional unmanned surface vehicle (USV) designed for autonomous
bathymetric surveys in shallow waters.
