Inertial Navigation Sensors: MEMS IMU, Accelerometers, Gyroscopes, AHRS, GPS-INS & Point Cloud Generation

AHRS-10

High-accuracy heading, pitch & roll data for static & dynamic applications

Socials
AHRS-10

The AHRS-10 utilizes precision 3-axis accelerometers, magnetometers and gyroscopes to output high-accuracy absolute orientation data (heading, pitch and roll) for both motionless and dynamic applications, as well as real-time device rotation data and ongoing gyroscope corrections.

The solid-state sensor features advanced sensor fusion and specialist algorithms tailored to the specific dynamic motions of UAVs, UGVs (unmanned ground vehicles) and land vehicles, and USVs (uncrewed surface vessels). It is sealed to IP67 standards, and all sensing elements are fully calibrated across the complete operating temperature range.

The AHRS-10 also utilizes Inertial Labs’ high-performance Fluxgate Magnetometer technology for enhanced stability and repeatability, making it an ideal solution for unmanned systems applications where superior accuracy is required. It is available in Basic and Professional performance variants.

Model AHRS-10B AHRS-10P
Size 90×27×26mm 90×27×26mm
Weight 77 grams 843 grams
Heading Accuracy 0.8 deg static, 1.0 deg dynamic 0.3 deg static, 0.6 deg dynamic
Pitch & Roll Accuracy 0.2 deg static, 0.5 deg dynamic 0.1 deg static, 0.3 deg dynamic
Gyroscope Bias in-run Stability 8 deg/hr 1 deg/hr
Accelerometer Bias in-run Stability 0.005 mg 0.005 mg
Magnetometer bias in-run stability 0.8 nT 0.2 nT

Other Products

Weapons orientation module (WOM) with real-time movement tracking
Basic Motion Reference Units (MRU) for naval and marine applications
Tactical-grade multi-axis gyros for stabilization & pointing
Railway Motion Control Unit
Wave direction and motion sensors for marine platforms
Fully-integrated industrial and tactical-grade inertial measurement units
Navigation-grade MEMS accelerometers for UAVs & robotics
Tactical-Grade MEMS IMU for UAVs, Missiles & Guided Systems
High-accuracy inertial navigation system engineered for GNSS-denied environments
Next-generation sensor fusion platform for UAV remote sensing