Large-scale deployment of unmanned systems is underway, driving sustained growth in demand for autonomous navigation and attitude control.

Jan 10,2022

In numerous fields—including smart logistics, intelligent inspection, offshore engineering, and geological exploration—unmanned systems are progressively transitioning from pilot deployments to large-scale commercial applications. Stable attitude measurement technology, precise positioning and navigation systems, and reliable dynamic control capabilities collectively form the core foundation that ensures efficient and stable equipment operation. In particular, the deep integration of inertial sensing and pressure sensing technologies provides robust support for the intelligent upgrade of these systems, enabling them to maintain continuous, stable performance even in extremely complex environments characterized by lack of GPS signal coverage, severe electromagnetic interference, and intense vibration disturbances. This advancement is powerfully driving unmanned systems toward greater safety, higher efficiency, and increased autonomy.

Prev: High-precision inertial sensing technology is accelerating its iterative development, while domestic production of industrial-grade chips continues to achieve breakthroughs.

Next: Domestic high-end sensors are accelerating substitution, further speeding up the drive for independent and controllable key components.

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Applications of inertial and pressure sensing products continue to expand, spanning from industrial manufacturing to specialized equipment and achieving full-scenario coverage.
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High-end manufacturing is advancing toward intelligentization, with core sensor components emerging as the focal point of industrial competition.

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