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HAWK-RVQS High-Sensitivity Microseismic Monitor is a universal high-precision monitoring product specially designed for microseismic sensing of deep rock masses. Supported by the SSS seismic stress prediction theory of stress accumulation, release and transfer, and based on high-sensitivity MEMS acceleration sensing and edge-side AI second-level analysis technology, it can capture micro-fracture activities in deep rock masses in real time, automatically identify microseismic events and achieve precise positioning.
Suitable for all-weather, round-the-clock operation in extreme field environments, it features ultra-high sensitivity, precise positioning, low power consumption, high protection rating and ultra-simple deployment. It can detect instability precursors in advance, identify concealed structures, quantify reinforcement effects, and fill monitoring blind spots for deep rock masses, realizing the transformation from passive disposal to active early warning.
It is widely applicable to deep rock mass stability monitoring and disaster early warning scenarios in fields including rock slopes of large water conservancy and hydropower projects, high and steep perilous rocks along mountain traffic routes, tunnels and bridges, and emergency rescue.
