No Products in the Cart
The CHCNAV D390 is a portable, cost-effective bathymetric system designed for professional hydrographic surveys. Equipped with a high-performance 200 kHz transducer, the D390 ensures precise depth measurements across various hydrographic conditions. Its 7-degree beam angle offers focused directional and lateral resolution, while the 12-inch HD touchscreen and advanced HydroSurvey software simplify survey operations and data management.
200 kHz Transducer
Precision depth measurements with a 7° beam angle, ensuring high accuracy for a wide range of hydrographic conditions.
12" HD Touchscreen
Clear and intuitive data display on the high-resolution touchscreen, making survey operations easier and more efficient.
HydroSurvey Software
Comprehensive software for data acquisition, processing, and project management, optimizing survey workflow and data handling.
High-Performance Sounding
Achieve precise depth measurements with the advanced 200 kHz transducer. The D390 excels in various hydrographic conditions, making it ideal for river, reservoir, and coastal surveys.
Extended Depth Range
The D390 can measure depths up to 300 meters with high accuracy, supporting a broad spectrum of bathymetric applications.
Advanced Data Management
With the HydroSurvey software, manage all aspects of your project, from positioning and navigation to data acquisition and export. The system streamlines workflow for efficient and accurate data handling.
Integrated Connectivity
Standard serial interfaces for motion sensors and GNSS differential receivers enhance survey operations by providing reliable positioning and seamless integration with various GNSS systems.
Bathymetric Mapping
Suitable for mapping underwater topography and creating detailed bathymetric charts.
Hydrographic Surveys
Ideal for accurate surveying in rivers, reservoirs, and coastal regions, providing data for various maritime applications.
Riverbed Mapping
Perfect for riverbed surveys, offering precise data collection for navigation, construction, and environmental monitoring.
