Advanced sensor fusion technology combines accelerometer, gyroscope, and magnetometer data to deliver highly accurate 3D motion and orientation measurements.
Provides low-latency wireless transmission of motion data, enabling instant analysis and visualization for research and industrial applications.
Eliminates the need for external cameras or reflective markers, allowing unrestricted movement tracking in indoor and outdoor environments.
Lightweight, wearable sensor design ensures rapid setup and operation, significantly reducing preparation time compared to traditional motion capture systems.
High sampling rates and robust calibration algorithms deliver reliable, repeatable biomechanical and kinematic data for demanding scientific and engineering applications.
Xsens IMU sensors enable accurate measurement of joint angles, body posture, and movement patterns, supporting advanced research in biomechanics, rehabilitation, ergonomics, and clinical gait analysis.
Athletes and coaches use Xsens sensors to capture detailed motion data, analyze technique, monitor performance, reduce injury risks, and optimize training programs through objective movement insights.
Xsens technology provides real-time motion tracking for robotic control, teleoperation, digital twins, and human-machine interaction studies, enhancing precision, responsiveness, and system performance.
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High-performance motion capture cameras delivering precision, speed, and flexibility across research and engineering applications.
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Force Plates are high-precision biomechanical measurement, designed to accurately capture ground reaction forces, moments, and center of pressure during human movement.
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Vicon Blue Trident IMU is a wearable, waterproof inertial sensor delivering high-accuracy motion data for sports, biomechanics, and real-world movement analysis.
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A professional timing solution delivering instant, accurate performance data for coaches, athletes, and sports scientists.
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The FreeMed baropodometric platform from Sensor Medica is a professional diagnostic system used to assess foot pressure distribution, posture, balance (stabilometry).
