Uses wearable IMU sensors containing accelerometers, gyroscopes, and magnetometers to track body segment orientation and movement without external cameras or markers. The system calculates full-body kinematics through sensor fusion algorithms that combine data from all 17 sensors.
Proprietary wireless protocol providing stable, low-latency communication between body-worn sensors and the base station, with automatic frequency hopping to avoid interference and robust performance in multi-system environments.
Advanced biomechanical model and sensor fusion algorithms that process raw IMU data into accurate 3D skeletal animations in real-time, with automatic drift correction and magnetic distortion compensation for sustained accuracy.
Direct plugins and live streaming support for major 3D animation packages (Maya, MotionBuilder, Blender), game engines (Unity, Unreal), and biomechanics software, with industry-standard export formats including FBX, BVH, and C3D.
Comprehensive analysis tools within MVN Analyze software for calculating joint angles, forces, moments, gait parameters, and other biomechanical metrics with clinical and research-grade accuracy validated against gold-standard systems.
Specialized suit designs that securely hold sensors at anatomical landmarks while allowing full range of motion, with different suit sizes and styles optimized for various applications from clinical gait analysis to professional animation.
Animation studios use Xsens MVN to capture actor performances for digital characters, providing natural human movement that would be time-consuming to animate manually. The wireless system allows actors to perform on actual sets or locations rather than confined mocap stages, resulting in more authentic performances. Data streams directly into animation software where it can be retargeted to various character rigs, significantly reducing production time while increasing quality.
Coaches and sports scientists use Xsens to analyze athlete movement during training and competition, identifying biomechanical inefficiencies and injury risks. The system captures full-body kinematics during actual sports movements like pitching, swinging, or jumping—something difficult with optical systems in field settings. This data helps optimize technique, monitor fatigue, and design personalized training programs based on quantitative movement analysis.
Fashion designers and apparel companies use Xsens to capture how people move in clothing, enabling virtual garment simulation that accounts for real body dynamics. By digitizing walking, sitting, and other daily movements, designers can see how fabrics drape and move on virtual avatars before physical prototyping. This reduces sample production costs and allows for personalized virtual fitting experiences where customers can see how clothing would move on their digital twin.
Healthcare professionals use Xsens for objective assessment of patient movement patterns in clinical and home environments. Unlike lab-based systems that require patients to visit specialized facilities, Xsens can capture gait parameters during normal daily activities, providing more ecologically valid data. This supports diagnosis of movement disorders, monitoring of rehabilitation progress, and development of personalized treatment plans based on quantitative movement metrics.
Production companies use Xsens for real-time motion capture in live events, television broadcasts, and virtual production. Performers' movements drive digital characters or effects in real-time, enabling interactive experiences and augmented reality applications. The wireless system allows freedom of movement on stage while maintaining synchronization with other production elements, creating seamless integration between physical performance and digital visualization.
Ergonomics specialists use Xsens to analyze worker movements in actual job environments, identifying risky postures and movements that could lead to musculoskeletal injuries. By capturing full-body kinematics during real work tasks, they can quantify exposure to risk factors and design interventions to improve workplace safety. The system's portability allows assessment in factories, warehouses, and other industrial settings where traditional motion capture would be impractical.
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