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High Performance MEMS Inertial Sensors, Systems and Integrated GPS
About Company
Gladiator Technologiesis pushing performance boundaries by combining low noise sensors and high speed data processing.
Our products meet the highest inertial sensor demands in a SWaP-C package. Our robust, temperature modeled inertial systems and sensors offer an advancement in inertial technology realized in MEMS IMUs, INS/GNSS, Gyroscopes, Accelerometers and AHRS.
LOW NOISE MEMS SENSORS
Gladiator designs every one of our inertial systems with low noise MEMS sensors. Sensors with low ARW and VRW are critical to precision measurement and Gladiator products deliver exceptional noise performance in a SWaP-C package.
HIGH SPEED VELOX™ PROCESSING
Speed matters. With VELOX™ high speed digital processing our products are built to output data at lightning fast data rates with reduced phase lag. Products can be enabled with up to 10 kHz data rates and 600 Hz Bandwidth without compromising inertial performance.
END TO END EXPERTISE
For us, “unmatched technical support” is not just a marketing cliché. The Gladiator design team has designed inertial systems dating back five decades and collected over 100 patents. Our experts are your experts and here to support you through the entire process.
Inertial Systems Designed For All Applications Our products are specifically designed for high-end commercial and defense applications with demanding environmental requirements such as temperature, shock and vibration. We deliver stable performance through unstable conditions which is why our products have been chosen for hundreds of applications around the world.
Flight Control & Sensors
Track Telemetry
Guidance & Navigation Control
Energy Downhole MWD
Classified Applications
Pipeline Pigs
Antenna Stabilization
Mining
Platform Stabilization
Agriculture Systems
Image Stabilization
Fixed Wing UAVs
Motorsport Racing & Formula 1
UUVs, UGVs, Airships
Motorsport Racing & Formula 1
UUVs, UGVs, Airships
Missiles & Torpedoes
Gimbal Stabilization
Marine Compass
Flight Testing
Motion Monitoring
Robotic