MEMS gyros optimal for aviation and artificial satellites.

Attitude control of small artificial satellites using high-reliability, high-precision MEMS gyroscopes and accelerometers.

last updated Oct 15, 2026

High-precision MEMS inertial sensor for railway applications

High-precision MEMS gyro achieving low drift and low noise.

last updated Sep 15, 2026

Marine and ship applications MEMS gyroscope

A MEMS gyro that balances affordable pricing with performance that surpasses FOG.

last updated Sep 15, 2026

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.

last updated Sep 15, 2026

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.

last updated Sep 15, 2026

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!

last updated Sep 15, 2026

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.

last updated Sep 15, 2026

High-precision MEMS inertial sensors for communication devices

Improving the antenna pointing accuracy of communication satellites with small, low-power MEMS technology.

last updated Nov 05, 2026

High-Precision IMU for Satellites in Space Development

We optimize the attitude control of satellites using small, low-power MEMS technology.

last updated Nov 05, 2026

High-precision MEMS Inertial Sensors and IMUs for the Defense Industry

MEMS inertial sensors that achieve high reliability, compact size, and low power consumption required for precision guidance.

last updated Nov 05, 2026

High-precision 9-axis inertial measurement unit 'DMU41' for railway vehicles

Supports stable vehicle operation. The latest MEMS/IMU achieving FOG-level accuracy.

last updated Nov 05, 2026

High-precision 9-axis IMU 'DMU41' for marine surveys

The latest MEMS/IMU that achieves high-precision posture and position measurement even underwater where GPS signals do not reach.

last updated Nov 05, 2026

High-precision MEMS Inertial Sensors (IMU) for Agriculture

We support the automation and efficiency of agricultural machinery with high-precision posture control and positioning.

last updated Nov 05, 2026

Aerospace High-Precision 9-Axis IMU 'DMU41'

Achieving FOG-level accuracy with MEMS. Supporting next-generation attitude control with a compact, lightweight, and low-power design.

last updated Nov 05, 2026

High-precision 9-axis inertial measurement unit 'DMU41' for the defense industry

Achieving FOG-level accuracy with a compact, lightweight, and low power consumption design. MEMS/IMU supporting next-generation navigation methods.

last updated Nov 05, 2026

High-precision 9-axis IMU 'DMU41' for autonomous driving

A compact MEMS inertial measurement unit with FOG-level accuracy that supports the stability of autonomous driving.

last updated Nov 05, 2026