High Accuracy MEMS Inertial Sensors: Tactical-Grade MEMS IMU & MEMS Gyroscopes

STIM202 3-Axis MEMS gyro

Miniature, tactical-grade gyroscope with high shock resistance

The STIM202 is a 3-axis MEMS gyro module with internal shock absorbers that work as a low pass filter, allowing the unit to operate unaffected in environments with shocks containing high energy across a large frequency spectra.

The module can replace FOGs (fiber optic gyros) in many applications, providing a lower SWaP (size, weight and power) footprint and a highly reliable and robust solution.

The module features an integrated 32-bit RISC ARM microcontroller, allowing users to configure a wide range of parameters such as output formats, sampling rate, LP filter cut-off frequency, RS422 transmission bit rate and more.

Each of the module’s three axes has been electronically aligned and factory-calibrated for bias and sensitivity, and temperature compensated over the full operating range.

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STIM210 Ultra High-Performance MEMS Gyro

Miniature tactical-grade gyroscope with 1-3 axes

The STIM210 can be provided with one, two or three axes of measurement.

The unit features high resistance to shock and improved bias error over temperature gradients and improved non-linearity.

The module features an integrated 32-bit RISC ARM microcontroller, providing selectable output formats including angular rate, increment angle, average angular rate and integrated angle, as well as a configurable sample rate of up to 2000 samples per second.

All axes of the STIM210 are factory-calibrated for bias and sensitivity, and compensated for temperature effects across the entire operating range.

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STIM277H 3-Axis Hermetic MEMS Gyro

Hermetically-sealed tactical-grade MEMS gyroscope for space & defense

The STIM277H has been hermetically sealed and designed to meet the exceptional long-term reliability and stability needs of space and defense applications. Housed in an aluminium enclosure with SurTec650 surface treatment and a glass-to-metal sealed electrical Micro-D connector, the unit has been HTOL (high-temperature operating life) tested for a 20+ year lifespan.

Based on and backwards-compatible with the STIM210, the high-performance module incorporates a 32-bit RISC ARM microcontroller, providing a wide variety of configurable options such as output formats, sampling rate, LP filter cut-off frequency and RS422 transmission bit rate.

The STIM277H has been factory-calibrated across all axes for bias and sensitivity, and compensated for temperature effects. All components have been tested for fine and gross leak according to MIL-STD-883J.

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STIM300 9-Axis MEMS IMU

Miniature MEMS inertial sensor

The STIM300 is a miniature tactical-grade IMU incorporating three high-accuracy gyros, three high-stability accelerometers and three inclinometers.

Based on our proven MEMS gyro technology and highly resistant to shock and vibration, the module is a cost-effective ITAR-free alternative to FOG IMUs.

Incorporating a RISC ARM microcontroller, the device can be easily configured, providing a range of options as well as user-selectable output formats for data such as angular rate, incremental angle, integrated angle, acceleration and incremental velocity.

The STIM300 IMU has been factory-calibrated and compensated for temperature effects over the full operational range.

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STIM318 Compact Tactical-Grade MEMS IMU

High-precision IMU with bias offset zeroing

The STIM318 is a lightweight, compact IMU designed to provide enhanced performance for challenging guidance and navigation applications.

The unit incorporates three high-accuracy gyros and three high-stability accelerometers.

The device features a Bias Trim Offset function that allows users to individually zero out any bias offset on any of the nine axes. The bias offsets can be stored in flash memory, allowing configurations to remain in effect even after powering off the IMU.

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STIM377H Tactical-Grade Hermetic MEMS IMU

Hermetically-sealed high-precision IMU

The STIM377H is a high-accuracy IMU designed to withstand the extreme environments of challenging space and defense applications, providing enhanced long-term reliability and stability. The unit is enclosed in an aluminium package with SurTec650 surface treatment and a glass-to-metal sealed electrical Micro-D connector, and has been fully factory-calibrated and temperature-compensated.

Incorporating a 32-bit RISC ARM microcontroller, the module features a Service Mode that allows full configuration of all device parameters, as well as single measurements and advanced diagnostics.

With three high accuracy gyros, three high-stability accelerometers and three inclinometers, the STIM377H is an excellent ITAR-free alternative solution to more costly FOG-based IMUs.

Learn more: STIM377h