Our mission-driven and innovative inertial sensors and systems from Gladiator Technologies surpass competitors with high-performance MEMS Gyroscopes, Accelerometers, Inertial Measurement Units (IMUs), and Inertial Navigation systems (INS/GPS). Not constrained by ITAR regulations, our products fulfill the most stringent inertial sensor requirements in a SWaP-C package and have been validated in numerous defense and commercial applications globally. We offer advanced technical solutions in sensor design,firmware,mechanical engineering,sensor modeling,and application expertise.
MEMS Accelerometers with Low Noise
Precision Measurement with Three-Axis & Single-Axis Accelerometers
 A300D Three-axis MEMS Accelerometer
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Dimensions: 0.6 cubic inches Sensor Range: ±40g VRW: 0.058 mg /√Hz Temperature Bias: 0.5 mg Bandwidth: 800 Hz |
 A40 Single-Axis MEMS Accelerometer
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Dimensions: 0.8 cubic inches sensor Range: ±6g VRW: 0.065 mg /√Hz Temperature Bias: 1.5 mg Bandwidth: 140 Hz |
 GA50 Single-Axis MEMS Accelerometer
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Dimensions: 0.35 cubic inches Sensor Range: Variable 5g,40g,70g VRW: 4 µg/√Hz Short Turn Stability: 180 µg Bandwidth: 300 Hz |
MEMS Gyroscopes with Low noise
High-Performance Gyros for UAVs, UGVs, and Robotics
 G300D Triaxial Digital Gyroscope
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Dimensions: 0.6 cubic inches Weight: 19g In-Run Bias: 4°/hr Gyro noise: 0.0017°/sec/√Hz Sensor Range: 490°/s |
 G200 Two-Axis Gyroscope
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Dimensions: 0.5 cubic inches Weight: 18g Temperature Bias: 0.3°/sec Gyro Noise: 0.003°/sec/√Hz Sensor Range: ±300°/s |
 G150Z Single-Axis Gyroscope
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Dimensions: 1.1 cubic inches Weight: 28g Temperature Bias: 0.1°/sec Gyro Noise: 0.001°/sec/√Hz Sensor Range: ±100, 175, 300°/s |
Inertial Measurement Units (IMUs)
Low-Noise MEMS IMUs for UAV Navigation & Payload Stabilization
All our MEMS IMUs utilize our high-speed VELOX Processing technology and are equipped with a common messaging protocol, allowing users to seamlessly switch between performance settings without requiring system software modifications.
 LandMark™ 005 IMU – Ultra Small SX2 IMU
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Dimensions: 0.6 cubic inches Weight: 19g In-Run Bias: 4°/hr Gyro Noise: 0.0018°/sec/√hz Accel Noise: 5mg/√Hz |
 LandMark™ 007 IMU – High Dynamic SX2 IMU
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Dimensions: 0.67 cubic inches Weight: 25g In-Run Bias: 4°/hr Gyro Noise: 0.002°/sec/√Hz Accel Noise: 5mg/√Hz |
 LandMark™ 007X IMU – High Dynamic SX2 IMU
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Dimensions: 0.65 cubic inches Weight: 25g In-Run Bias: 4°/hr gyro Noise: 0.002°/sec/√Hz accel Noise: 5mg/√Hz |
 LandMark™ 60LX IMU – Ultra-Low noise IMU
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Dimensions: 4.6 cubic inches Weight: 115g In-Run Bias: 4°/hr Gyro Noise: 0.0016°/sec/√Hz Accel Noise: 0.028mg/√Hz |
 LandMark™ 65 IMU – High Performance, high Range IMU
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Dimensions: 4.6 cubic inches Weight: 115g In-Run Bias: 7°/hr Gyro Noise: 0.002°/sec/√Hz Accel Noise: 0.035mg/√Hz |
 MRM60 Analog IMU – Analog Output IMU
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Dimensions: 5.3 cubic inches Weight: 120g In-Run Bias: 3°/hr Gyro Noise: 0.0016°/sec/√Hz Accel Noise: 0.04mg/√Hz |
Attitude and Heading Reference Systems (AHRS)
Durable MEMS AHRS for Downhole orientation & Directional Guidance
This compact and robust MEMS AHRS outputs internally temperature-compensated RS422/RS485 signals for pitch, roll, and yaw angles, and is tested to meet IP68 standards.
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Dimensions (DxL): 1″ x 2.28″ Weight: < 43 grams In-Run Bias: 5°/hr Gyro Noise: 0.003°/sec/√Hz Accel Noise: 0.1mg/√Hz |
Applications
UAV & Unmanned Systems Navigation
UAV & Unmanned Systems NavigationOur INS systems provide essential position and orientation data for UAVs and robotic vehicles, ensuring reliable high-accuracy autonomous navigation and waypoint-following even in challenging conditions.
Antenna & Platform Stabilization
Antenna & Platform StabilizationGladiator’s advanced high-speed inertial sensors are utilized in various pointing and stabilization applications for unmanned vehicle platforms, including antennas, LiDAR, and sensor gimbals.
Flight Control
Flight ControlOur accelerometers, gyros, and inertial systems deliver high-accuracy angular rate and acceleration data for precise flight control surfaces and systems across various UAV platforms.
