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1～16 item / All 16 items
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High-precision MEMS gyroscope sensor 'CRS39A'
The highest precision in our lineup! High-precision single-axis gyro sensor.
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MEMS High-Precision 1-Axis Gyro CRH03
Further performance improvement! High-precision MEMS single-axis gyro surpassing fiber optic gyros (FOG).
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[Free Gift] Inertial Sensor Glossary
A clear explanation of what can be understood from angular velocity and various sensors! Free glossary provided.
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Angular velocity + 2-axis acceleration combination sensor 'CMS300/CMS390'
Two types of ceramic packages, vertical and horizontal, can be selected for the implementation substrate! Productization is easy without choosing the axial direction.
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Small 6-axis inertial measurement unit 'DMU11'
Suitable for a wide range of applications, from integration into AGVs, UAVs, and various applications to measurement purposes!
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MEMS accelerometer "CAS290 series"
It is possible to measure from 0.85G to 96G in dynamic range! A vertical type MEMS accelerometer for the implementation board.
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MEMS accelerometer "CAS200 series"
A flat type for the implementation board! It is also suitable for high-precision markets such as aerospace applications.
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MEMS gyroscope "CRS43"
Introducing low-cost MEMS gyroscopes utilizing VSG5 film PZT vibration ring sensor technology!
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MEMS Gyroscope "CRM Series"
Easy productization without selecting an axis! Introduction of MEMS gyroscopes for implementation.
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MEMS Gyroscope 'CRH03(OEM)'
You can choose from four types of measurement ranges! High-performance MEMS gyro that surpasses fiber optic gyros (FOG).
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High-precision MEMS gyro CRS39A
High-precision MEMS gyroscope ideal for underground excavation purposes.
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High-precision 6-axis inertial measurement unit 'DMU41'
A high-precision MEMS inertial measurement device that replaces the IMU equipped with a fiber optic gyro. Compared to the old model, it achieves compact size, lightweight, and low power consumption.
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High-precision MEMS inertial sensor for railway applications
High-precision MEMS gyro achieving low drift and low noise.
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Marine and ship applications MEMS gyroscope
A MEMS gyro that balances affordable pricing with performance that surpasses FOG.
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MEMS gyros optimal for aviation and artificial satellites.
Attitude control of small artificial satellites using high-reliability, high-precision MEMS gyroscopes and accelerometers.
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Robust, high-precision MEMS inertial sensors for underground excavation applications.
A highly stable and high-precision MEMS gyro that is very resistant to time changes, temperature changes, shocks, and vibrations.
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