Wave direction, energy, and spectral structure are crucial parameters for marine engineering and climate prediction. Our Wave Spectrum Sensor achieves 3D reconstruction of ocean waves through innovative algorithms and high-performance hardware.
Product Introduction
The sensor senses 3D acceleration, angular velocity, and attitude changes via a nine-axis MEMS-IMU. Processed by ocean dynamics algorithms, it outputs high-resolution frequency spectrum, directional spectrum, and energy spectrum data. The system incorporates an error compensation mechanism to ensure long-term accuracy.
Core Advantages
Nine-Axis Inertial Fusion Technology: Real-time capture of six-degree-of-freedom wave motion.
Independent Algorithm to Eliminate Integral Drift: Ensures no cumulative error in attitude and displacement measurements.
Low-Frequency Signal Enhancement Module: Optimizes low-frequency response from 0.04–0.1 Hz.
Lightweight Design: Compatible with drifting buoys and small monitoring platforms.
High Compatibility: TTL output, compatible with various communication modules.
Application Areas
Marine Energy Resource Development
Safety Monitoring of Waterway and Bridge Construction
Navigation Assistance for Underwater Robots and Gliders
Extreme Sea State Research and Disaster Prevention and Early Warning
Why Choose Us?
Our team has long been deeply involved in marine observation technology. Our sensors employ industrial-grade corrosion-resistant packaging and precise calibration procedures to ensure long-term stable operation. We can also provide customized development based on project requirements.
