MOVEMENT ANALYSIS

INERTIAL

Motion capture systems based on inertial technology allow obtaining 3D kinematic parameters in any environment and under any circumstance. Xsens MVN allows you to obtain accurate, reliable and real-time data of the movement of the whole body.

Thanks to its biomechanical model and advanced fusion algorithms, Xsens is the right solution for motion analysis applications in ergonomics, sports science, rehabilitation, biomechanics, etc. being the best option, even in the most challenging environments.

HARDWARE

MVN Awinda

Wireless sensors with a sampling frequency of 60Hz

MVN Link

Wired sensors with a sampling frequency of 240Hz

SOFTWARE

MVN Analyze

With 3D biomechanical model for full body capture. Cloud-based ergonomics, sports and clinic reports. Cloud-based data export and analysis.

KEY FEATURES

  • Completely immune to magnetic disturbances.
  • Miniature inertial sensors.
  • Easy to use.
  • Minimum calibration time.
  • Intuitive software.
  • Synchronization with external systems.
  • Validated system in many publications.

SHOWING MVN ANALYZE

PUBLICATIONS AND SCIENTIFIC VALIDATION

XSENS ITEMS:

To further push the boundaries of 3D motion tracking and to enable next generation of products, Xsens participates as partner in selected (typically EU funded) research projects.
(Xsens research)

OPTICAL

The motion analysis systems of our partner SIMI are based on high-speed, high-resolution industrial cameras synchronized with each other, together with AI and image analysis algorithms that allow the capture of human movement with the highest precision.

SIMI Motion and SIMI Shape allow the user to work through the use of reflective markers, in a “markerless” and hybrid form, being the present and future in 3D motion capture.

HARDWARE

High speed and resolution industrial cameras synchronized with each other with capture speeds up to 400fps and resolutions of more than 2MP.

SOFTWARE

Based on reflective markers for laboratory use

“Markerless” for use in any environment, without placing any element on the subject

Hybrid, making use of the machine learning and AI algorithms of the markerless system with the use of some marker or inertial unit

KEY FEATURES

  • Possibility of use with or without markers.
  • Position data, trajectories, speed, acceleration, joint ranges, etc. in 3D.
  • Synchronization with external systems such as force platforms, pressures, EMG, biomechanical sensors, etc.
  • Use in an indoor or outdoor environment (training or competition).
  • 3D inverse dynamics algorithms.

SIMI MOTION CAPTURE

PUBLICATIONS AND SCIENTIFIC VALIDATION

SIMI ITEMS:

Comparison of accuracy: markerless tracking vs. marker-based tracking, Inertial Measurement Units (IMU) in marker-based and markerless mocap and Accuracy of traditional marker tracking in Simi Motion
(SIMI research and Validations)