MEMS & FOG Based — Integrated INS with Sensor Fusion & GNSS
Integrated INS. Sensor fusion. From miniature MEMS to strategic-grade FOG.
Our integrated inertial navigation systems combine gyroscopes and accelerometers with advanced sensor fusion algorithms for complete 6-DOF navigation solutions. MEMS-based and FOG-based options are available, with optional GNSS integration for absolute positioning. From 70g miniature IMUs for UAVs to strategic-grade rack-mount systems for maritime and land navigation.
| Technology | Integrated Inertial Navigation System (INS) with sensor fusion |
|---|---|
| Gyro Type | FOG (0.003°/h – 0.01°/h) or MEMS (0.05°/h – 1°/h) |
| Gyro Bias | 0.003°/h (strategic FOG) to 1°/h (tactical MEMS) |
| Accel Bias | 0.002mg (tactical) to 0.5mg (industrial) |
| GNSS | Optional integrated GNSS receiver (GPS, GLONASS, BeiDou, Galileo) |
| Gyro Range | ±300°/s to ±900°/s (model-dependent) |
| Interface | RS-422 / RS-232 / CAN; optional Ethernet, MIL-STD-1553 |
| Operating Temperature | -40°C to +70°C (standard); extended range options |
| Weight | From 70 g (miniature IMU) to < 3.5 kg (rack-mount FOG INS) |
From miniature MEMS IMUs to strategic-grade FOG navigation systems

Ultra-compact MEMS IMU at just 70g. Entry-level integrated navigation for SWaP-constrained UAV and robotic platforms.

Lightweight MEMS IMU with 0.5°/h gyro bias. Balanced SWaP and performance for mid-tier UAV navigation.

Industrial-grade MEMS IMU achieving 0.1°/h gyro bias stability. Suitable for unmanned ground and aerial vehicles.

High-end tactical MEMS IMU with 0.05°/h bias stability and 280g total weight for demanding autonomous navigation.

Navigation-grade FOG INS with 0.01°/h gyro bias stability. Compact 1.5kg design for precision platform navigation.

Tactical-grade FOG INS with 0.005°/h bias stability. Built for mission-critical defense and aerospace applications.

Strategic-grade FOG INS with integrated GNSS. 0.003°/h gyro bias for maritime, land, and long-endurance navigation.

Compact tactical MEMS IMU at 150g with ±900°/s high-dynamic range. Designed for high-maneuverability platforms and rapid-rotation applications.