myoFORCE™

EMG 3D MOTION SOFTWARE PRESSURE/FORCE VIDEO ANALYSIS

3D Force Plate Integration Module

www.noraxon.com

Noraxon is a registered trademark and myoRESEARCH, myoMUSCLE, myoMOTION, myoVIDEO, myoPRESSURE and myoFORCE are trademarks of Noraxon USA. © 2016, all rights reserved. GoPro and any other brands listed are registered trademarks of their respective brands.

The Next Step in Integration

myoFORCE unlocks the ability to integrate force plates into myoRESEARCH 3 (MR3), Noraxon’s multi-dimensional, all-in-one software and processing solution that guarantees simplification and improvement of your workflow. It provides users access to real-time data, accurate biofeedback, and extensive reporting and analysis capabilities. Researchers can support, automate and synchronize multiple biomechanical assessment technologies, while significantly reducing setup and processing time.

Similar to Noraxon’s entire suite of biomechanical software modules, myoFORCE is purpose-built for research and custom-tailored to clinical and human performance settings.

This new 3D force analysis software delivers a full suite of force statistics, allowing you to rapidly develop reporting on gait assessments, athletic performance, jump analysis, injury analysis and return-to-play research-based applications for sports science.

The myoFORCE module is the next step in integration, accommodating a synchronized digital connection with AMTI, Bertec and Kistler force plates. Once integrated, MR3 provides a host of features that allows you to maximize the utility of your force plate technology with the option to automatically synchronize 3D force with electromyography (EMG), high-speed video and 3D motion analysis.

With the power of MR3 and the metrics available in myoFORCE, the insight that comes from kinetic data is simple to capture, quick to analyze and robust for building out custom reporting.

LIST OF FEATURES

• Real-time Force Vector Overlay (FVO)

• Post hoc FVO analysis

• Automatic identification of the phases of jump: - Loading - Flight - Landing

• Drop, counter and non-countermovement jump identification

• Support for 2 force plates, including analysis

• Automatic phase analysis with EMG and 3D angular data

INTEGRATED METRICS FROM CUTTING-EDGE RESEARCH:

• Jump Height by Flight Time / by Net Impulse• Modified Reactive Strength Index (mRSI)• Net Impulse• Vertical Takeoff Velocity• Peak Force / Relative Peak Force• Rate of Force Development• Flight Time• Peak Power / Relative Peak Power• Time to Stabilization• Reactive Strength Index by Flight Time• Reactive Strength Index by Impulse• Kinetic Asymmetry Index (Eccentric Phase)• Kinetic Asymmetry Index (Concentric Phase)

Kinetic Data Acquisition and Analysis