BTrackS Software running on Laptop

BTrackS™ Assess Balance

BTrackS™ Assess Balance software gives healthcare professionals and researchers a suite of protocols for objectively assessing and rehabilitating an individual’s balance over time.

Interested in using BTrackS™ for scientific research?

Some Common Applications and Uses

BTrackS Assess Balance Testing in Action
  • Fall Risk Assessment
  • Functional Neurology Examination
  • Normative Balance Screening
  • Vestibular Disorder Monitoring
  • Biofeedback-based Balance Training
  • Neuro-Optometric Rehabilitation
  • Asymmetric Weight Distribution
  • Neuropathy Balance Disruption
  • Traumatic Brain Injury
  • Neuromuscular Re-education
  • Orthopedic Evaluation

Overview of Assessment Protocols

Balance and Fall Risk

  • Time Efficient Test of Postural Sway
  • Normative Data based on Age/Sex
  • Validated Fall Risk Assessment

Sample Report

Weight Distribution

  • Left/Right Weight Percentages
  • Front/Back Weight Percentages
  • Global Postural Alignment Deviation

Sample Report

Modified CTSIB

  • Evaluate Sources of Sensory Feedback
  • Normative Data Percentile Rankings
  • Additional COP Metrics and Ellipses

Sample Report

LOS test on Laptop

Limits of Stability

  • Functional Base of Support Area
  • Total and Quadrant Areas Included
  • Real-time Performance Biofeedback

Sample Report

Cervical Challenge

  • Advanced Vestibular Assessment
  • Developed by Functional Neurologists
  • Compares 10 Neck Postures to Neutral

Sample Report

Single Leg Stance

  • Measure Right vs Left Stances
  • Determine a Symmetry Index
  • Track Symmetry Changes over time

Sample Report

 

Overview of Training Protocols

Left/Right Targets

  • Medial-Lateral Weight Shifting
  • Easy, Moderate and Hard Targets
  • Longitudinal Performance Tracking

Sample Report

Front/Back Targets

  • Anterior/Posterior Weight Shifting
  • Easy, Moderate and Hard Targets
  • Longitudinal Performance Tracking

Sample Report

Diagonal Targets

  • Bi-directional Weight Shifting
  • Easy, Moderate and Hard Targets
  • Longitudinal Performance Tracking

Sample Report

Random Targets

  • Multi-directional Weight Shifting
  • Auto-adaptive Target Sizes
  • Longitudinal Performance Tracking

Sample Report

Target Tracking

  • Continuous Weight Shifting
  • Slow, Moderate and Fast Speeds
  • Longitudinal Performance Tracking

Sample Report

Cognitive Motor: Go No-Go

  • Response inhibition
  • Working memory
  • Accuracy and response time metrics

Sample Report

Cognitive Motor: Stroop

  • Selective attention
  • Processing Speed
  • Accuracy and response time metrics

Sample Report

BTrackS™ Assess: Custom Design Protocol

Configurable Parameters

  • Design Unlimited Testing Protocols
  • Create up to 12 Trials per Protocol
  • Set Trial Durations from 1-300 Seconds

Sample Report

Twenty Comprehensive Center of Pressure Metrics

Magnitude Measures

  • COP Path Length
  • Average COPx Location
  • Average COPy Location
  • Medial-Lateral Range
  • Anterior-Posterior Range
  • 95% Confidence Ellipse Area
  • Length of Major Ellipse Axis
  • Length of Minor Ellipse Axis
  • Max Distance from COP Center
  • Average Distance from COP Center

Derivative Measures

  • Ellipse Rotation Angle
  • Maximum COP Velocity
  • Average Velocity
  • Maximum COP Acceleration
  • Average COP Acceleration
  • Mean Frequency of COP
  • Medial-Lateral Variability (RMS)
  • Anterior-Posterior Variability (RMS)
  • Fatigability Percentage
  • Adaptability Percentage

Data Visualization and Exporting

  • Real Time Biofeedback
  • Video Playback of each Trial
  • HTML Printable Reports
  • Baseline/Post-Baseline Comparisons
  • Export to Tab Delimited Text Files

Recommended Computer Specifications

Computer Chip

Device: PC, Laptop or Tablet
OS: Windows 10/11
Connection: USB
Resolution: 1024 x 768 minimum
Processor: 2.0GH+, Dual Core+
Memory: 128GB+ HD, 4GB+ RAM

 

Documents and Brochures

BTrackS™ Assess Balance Overview

BTrackS™ Assess Sample Reports

Fall Risk and Norms Overview

mCTSIB Norms Overview