GNSS/INS
Adopting advanced adaptive fusion algorithms, the hardware eliminates cumulative inertial drift and maintains continuous positioning, velocity and attitude output when GNSS signals are blocked by tunnels, buildings or dense vegetation. It features ultra-low noise, full temperature compensation, rugged compact packaging, fast warm-up and multi-constellation satellite reception supporting RTK high-precision positioning. Multiple digital communication interfaces enable seamless connection with odometers and DVL sensors, with customizable precision tiers. Widely deployed for UAV flight control, marine survey, vehicle mapping, robotics and aerial stabilization.
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GSINS032C sets the benchmark with gyro bias ≤0.005°/h, pure inertial positioning
GSINS030C combines triaxial integrated FOG with quartz accelerometers in a 160×132×117mm, 3kg design. Gyro bias ≤0.01°/h delivers attitude
GSINS025C achieves attitude
GSINS016C integrates high-performance FOG and quartz accelerometers within a 110×110×100mm, 1.6kg compact chassis. Heading alignment accuracy better than 0.1° (1σ) with pure inertial navigation better than 2nm/h (CEP). Supports GNSS, DVL, and odometer data fusion for enhanced positioning resilience. Built for naval, land, aviation, and defense applications where size and weight matter without sacrificing accuracy.
Since 2008, Gyrosens has been committed to delivering reliable and accurate motion sensing and navigation products, including gyroscopes, accelerometers, IMUs (Inertial Measurement Units), and AHRS (Attitude and Heading Reference Systems).
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