At a pivotal stage in the global advancement of unmanned systems toward intelligence, swarm capabilities, and high precision, the performance of core sensors has become a critical bottleneck limiting system capability enhancement. Recently, Micro-Magic, a leading designer and manufacturer of inertial sensors, officially launched a new generation of tactical-grade single-axis MEMS gyroscope sensor series. This product line, optimized for deep integration with UAVs, UGVs, USVs, UUVs, and various robotic platforms, aims to provide a robust and precise motion sensing foundation for next-generation high-dynamic, highly autonomous unmanned systems, enabling stable operation and intelligent decision-making in complex environments
The newly released chip series covers multiple models, including the MG-101/102, MG-401 series, MG-501 series, MG-2001, and MG-4001/4002. Featuring a unified miniaturized ceramic package (10×10×3.5 mm, weighing 1.5 grams) and fully digital output, it delivers a comprehensive solution ranging from ultra-high precision to ultra-wide dynamic range. Its technical specifications directly address the stringent requirements of unmanned systems across diverse scenarios: whether it's the extreme maneuvers of racing drones with up to ±4,000°/s, the stable measurement of minute angular velocities within ±100°/s for underwater submersibles over tens of hours, or the reliable and precise angular rate data provided by the series in rugged terrains against continuous impacts and vibrations for unmanned vehicles.
At a pivotal stage in the global advancement of unmanned systems toward intelligence, swarm capabilities, and high precision, the performance of core sensors has become a critical bottleneck limiting system capability enhancement. Recently, Micro-Magic, a leading designer and manufacturer of inertial sensors, officially launched a new generation of tactical-grade single-axis MEMS gyroscope sensor series. This product line, optimized for deep integration with UAVs, UGVs, USVs, UUVs, and various robotic platforms, aims to provide a robust and precise motion sensing foundation for next-generation high-dynamic, highly autonomous unmanned systems, enabling stable operation and intelligent decision-making in complex environments
The newly released chip series covers multiple models, including the MG-101/102, MG-401 series, MG-501 series, MG-2001, and MG-4001/4002. Featuring a unified miniaturized ceramic package (10×10×3.5 mm, weighing 1.5 grams) and fully digital output, it delivers a comprehensive solution ranging from ultra-high precision to ultra-wide dynamic range. Its technical specifications directly address the stringent requirements of unmanned systems across diverse scenarios: whether it's the extreme maneuvers of racing drones with up to ±4,000°/s, the stable measurement of minute angular velocities within ±100°/s for underwater submersibles over tens of hours, or the reliable and precise angular rate data provided by the series in rugged terrains against continuous impacts and vibrations for unmanned vehicles.
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