Xsens MVN Analyze

Optimized for use in research, sports science, ergonomics and rehabilitation

Tags: 3D human kinematics | Movement Analysis | Gait Analysis

Xsens motion capture solution including the proprietary MVN Analyze software. MVN Analyze is a Full-body human measurement system based on inertial sensors, biomechanical models, and sensor fusion algorithms. Easy to use, short setup time and instant validated data output. The system can be used anywhere.

  • Real-Time Kinematics. Validated.
  • Magnetic immune
  • Use anywhere
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Overview

Motion Capture Everywhere

Everywhere

Xsens motion capture can be used everywhere, in the lab, at the office and on the field.

shorts

Magnetic immune

Xsens is the only inertial motion capture provider with full magnetic immunity in all conditions.

shorts

Validated data

Xsens motion capture gives you validated data to ensure highest quality motion analysis.

MVN Analyze gives you Lab quality motion capture in field conditions.

Xsens tailored both hardware and software of the Xsens MVN systems to ensure real-time, reliable and accurate human motion analysis. Xsens’ tiny motion trackers are able to capture the smallest twitches to high dynamic movements on-body ensuring full 3D motion analysis. Dedicated signal pipelines take care of real-time and robust data connections. The proven MVN Analyze biomechanical model and sensor fusion algorithms ensure the highest quality motion analysis, even in challenging magnetically disturbed environments.

Xsens MVN Analyze Highlights

  • Full magnetic immunity
  • Validated motion capture data
  • Easy synchronization with third party systems
  • Instant 3D kinematic graphs
  • Use on the field, in the lab, at the desk, on the work floor, everywhere
  • Easy setup and calibration
  • Wearable and easy to get changed

NEW: Finger tracking

Xsens offers true full body performance capture using Manus VR finger tracking for MVN Link and MVN Awinda. We provide native support for Manus VR gloves directly into Xsens’ MVN Animate motion capture software.

The Manus VR – Xsens Edition

  • One pair of Manus VR DK2 Gloves (left and right)
  • One pair of Vive Tracker Straps (left and right)
  • Long-range wireless dongle
  • Full service hardware warranty: 6 months
  • 2019 Apollo Developer License (1 pc)
  • MVN Animate & MVN Analyze Plug-in (1 pc)
  • Support Xsens hardware and software by Xsens
  • Support Manus VR hardware and software by Manus VR

You can order the Manus VR – Xsens edition at the Manus VR website.

Order at Manus VR

Software

MVN Analyze is our proprietary software package optimized for use in research, sports science, ergonomics and rehabilitation. Delivering validated data in heavily magnetically distorted environments.

MVN Analyze features

Intuitive software interface
Calibration routines
Scalable biomechanical model
Record and playback
Sync setup
Supports up to 4 hardware setups

MVN Analyze includes

  • Real-time:
    • 3D animation
    • Graphs
    • Data streaming
    • Video
  • 3D Output:
    • Joint angles
    • Segment kinematics
    • Segment global positions
    • Body center of mass
    • Sensor data
  • Export formats:
    • ASCII (XML)
    • C3D
    • BVH, FBX
    • Movie (AVI, M4V)

HD Reprocessor

After recording your data, you can process the data using the HD Reprocessor. The Analyze Engine then upgrades the data and gives you the most accurate data possible.

The HD Reprocessor raises the data quality and consistency. It does so by extracting more information from the same data set. It enables MVN Analyze to process data over a larger time window to get the optimal (and more consistent) position and orientation of each segment.

In order to use MVN Analyze, you will need a working license. If you want to try the software we offer a 15-day trial.
You can download the software, find a trial and motion capture data files On the software page.

Integration options available for:

(Click the logo for more information)

Hardware

The Xsens MVN product line has two hardware versions (MVN Link and MVN Awinda) with their own characteristics.
The difference between the two versions is shown in this overview:

MVN Awinda

MVN Link

Stories

MVN Analyze rowing

MVN Analyze ski jump

MVN Analyze tennis

Tutorials

Placing straps MVN Awinda

Tutorial 1

Putting on Lycra suit

Tutorial 2

Setup and calibration MVN Link

Tutorial 3

Cases

Estimation of spinal loading during manual materials handling
Aalborg University
Estimation of spinal loading during manual materials handling
Measuring low back biomechanics during beer keg handling
Measuring low back biomechanics during beer keg handling.
Using Xsens MVN Awinda to research low back biomechanics during beer keg handling
Performance Improvement with Sport Insight
Sports Insight
How Xsens improves human performance and reduces sports injuries at Sports Insight
The next big automotive tool
The next big automotive tool
Taking the process out of the lab and onto the plant floor is a revolutionary step for the industry.

Published Papers

Journal Articles


Intrapersonal and interpersonal evaluation of upper extremity kinematics.
Linkel A, Raudonytė I, Shippen J, May B, Daunoravičienė K, Sawicki A, Griškevičius J.
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Constitutive kinematic modes and shapes during vehicle ingress/egress
Shippen JM, May B
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BoB – Biomechanics in MATLAB
Shippen JM, May B
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Characteristic upper extremity kinematical parameters of healthy people during defined motions
Linkel A, Griškevičius J, Shippen JM, May B, Daunoravičienė K
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A Novel Biomechanical Analysis of Horticultural Digging
Shippen J, Alexander P, May B
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Manual handling in non-inertial reference frames
Shippen J, May B
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Shoulder torques resulting from luggage handling tasks in non-inertial frames
Shippen J, May B
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Investigation of methods for quantifying sitting postures in cars
Mathilda Janson and Jessica Wedmark
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Multicontact Interaction Force Sensing From Whole-Body Motion Capture
Tu-Hoa Pham , Stephane Caron and Abderrahmane Kheddar
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Anticipatory Robot Assistance for the Prevention of Human Static Joint Overloading in Human–Robot Collaboration
Wansoo Kim, Jinoh Lee, Luka Peternel, Nikolaos G. Tsagarakis, Arash Ajoudani
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Conversations between self and self as Sigmund Freud – A virtual body ownership paradigm for self counselling
Sofia Adelaide Osimo, Rodrigo Pizarro, Bernhard Spanlang & Mel Slater
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An accurate estimation of the horizontal acceleration of a rower’s centre of mass using inertial sensors: a validation
Lotte L. Lintmeijer, Gert S. Faber, Hessel R. Kruk, A. J. “Knoek” van Soest & Mathijs J. Hofmijster
Read Article

Improved determination of mechanical power output in rowing: Experimental results
Lotte L. Lintmeijer, Mathijs J. Hofmijster, Guido A. Schulte Fischedick, Patrick J. Zijlstra & A. J. “Knoek” Van Soest
Read Article

Inertial Sensor Measurements of Upper-Limb Kinematics in Stroke Patients in Clinic and Home Environment
Jeremia P. O. Held, Bart Klaassen, Albert Eenhoorn, Bert-Jan F. van Beijnum, Jaap H. Buurke, Peter H. Veltink and Andreas R. Luft
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Postural reconfiguration and cycle-to-cycle variability in patients with work-related musculoskeletal disorders compared to healthy controls and in relation to pain emerging during a repetitive movement task
Alessia Longo, Ruud Meulenbroek, Thomas Haid, Peter Andreas Federolf
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Inertial sensing of the motion speed effect on the sit-to-walk activity
Nikolaos Kondilopoulos, Elissavet N.Rousanoglou & Konstantinos D.Boudolos
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Predicting kinetics using musculoskeletal modeling and inertial motion capture
Angelos Karatsidis, Moonki Jung, H. Martin Schepers, Giovanni Bellusci, Mark de Zee, Peter H. Veltink, Michael Skipper Andersen
Read Article

Validation Studies


Inertial Measurement Units for Clinical Movement Analysis: Reliability and Concurrent Validity
Mohammad Al-Amri, Kevin Nicholas, Kate Button, Alerie Sparkes, Liba Sheeran and Jennifer L Davies
Read Article

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