ReGo Release Note – #1 2025
The latest release introduces the 6 Minute Walk Test, new parameters for the 30 Seconds Side Hop and Foot Tapping Test, as well as a changed calculation for gait line parameters and as significantly faster gait test calculation.
Test Documentation RT-040 15 Seconds Treadmill Run
This Moticon ReGo documentation for conducting the 15 Seconds Treadmill Run test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable stationary running assessments.
Test Documentation RT-039 15 Seconds Treadmill Walk
This Moticon ReGo documentation for conducting the 15 Seconds Treadmill Walk test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable gait assessments.
Test Documentation RT-037 Foot Tapping
This Moticon ReGo documentation for conducting the Foot Tapping test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable agility assessments.
Test Documentation RT-010 Single Leg Jump Distance
This Moticon ReGo documentation for conducting the Single Leg Jump Distance test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable neuro-muscular and return to sport assessments.
Test Documentation RT-005 30 Seconds Side Hop
This Moticon ReGo documentation for conducting the 30 Seconds Side Hop test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable return to sport assessments.
Test Documentation RT-004 Balance Side Hop
This Moticon ReGo documentation for conducting the single-legged Balance Side Hop test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable return to sport assessments.
Test Documentation RT-038 Free Distance Walk & Return
This Moticon ReGo documentation for conducting the Free Distance Walk and Return test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable gait and mobility assessments.
Test Documentation RT-013 Counter Movement Jump
This Moticon ReGo documentation for conducting the Counter Movement Jump test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable vertical jump performance assessments.
Test Documentation RT-036 Timed Up & Go
This Moticon ReGo documentation for conducting the Timed Up and Go test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable gait and mobility assessments.
Test Documentation RT-035 10 Meter Walk and Return
This Moticon ReGo documentation for conducting the 10 Meter Walk and Return test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable gait and mobility assessments.
Test Documentation RT-012 Single Leg Stance
This Moticon ReGo documentation for conducting the double-legged Drop Jump Test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable gait and mobility assessments.
Test Documentation RT-008 Drop Jump
This Moticon ReGo documentation for conducting the double-legged Drop Jump Test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable gait and mobility assessments.
Test Documentation RT-003 Balance Front Hop
This Moticon ReGo documentation for conducting the Balance Front Hop Test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable return to sport assessments.
Test Documentation RT-001 2-Minute-Walk
This Moticon ReGo documentation for conducting the 2-Minute Walk Test covers initial setup and data analysis, clear guidelines, best practices, and all test outcome metrics including descriptions for reliable gait and mobility assessments.
Software Documentation
This manual contains a comprehensive description of functions and settings related to the ReGo Software, extending to special functions such as schedules for home use.
Sensor Insoles Fitting Guide
The Moticon ReGo specification provides sizes in EU, US men and US women scale as well as dimensions in mm and inch
Sensor Insoles Specificaton
This speciffication lists technical details about sensors, data recording options and wireless connectivity as well as form factors and sizes.
Test Workflow Gait
ReGo showcase highlighting the basic steps of performing a walk and return test with a patient and how to access report outcomes in the app.
Beyond Distance: How Sensor Insoles Enhance Clinical Walk Tests in Neurological Patients
This article explores how using sensor insoles to instrument patients during the 2MWT introduces a new approach to clinical gait assessment. Beyond the traditional quantitative measure of distance, this method provides a movement quality perspective, offering clinically relevant insights into load patterns, foot movements, timing, and symmetry.
The Timed Up & Go Test for assessing patients’ functional mobility
The Timed Up & Go Test is a clinical tool to assess mobility, balance, and fall risk. Instrumenting this test with sensor insoles offers advanced gait metrics, enhancing patient evaluations and improving predictive outcomes.
Testing patients’ balance skills with in-shoe measurement systems
Balance assessments play a crucial role in evaluating fall risk, especially in older adults and individuals with neurological conditions. While traditional tests offer practical insights, sensor-based measurements provide precise and objective data, allowing for a deeper understanding of balance in clinical and research settings.
Getting Started
Get started with this Moticon ReGo tutorial, guiding you through onboarding steps like account setup and performing your first movement test, ensuring a smooth introduction to the system.
Performing Movement Tests
This Moticon ReGo tutorial guides you through performing standardized movement tests, covering test settings, biofeedback, instructions, and capturing self-reported outcomes for detailed analysis.
Analyzing Test Results and Trend Analysis
Discover the Moticon ReGo tutorial on analyzing single movement tests and performing trend analyses to monitor an athlete’s or patient’s performance or rehabilitation progress over time effectively.
Portal General Overview
In this Moticon ReGo tutorial, you get a comprehensive overview of the web portal interface, including functions for creating reports, managing users, and customizing test settings.
Creating Individual Reports
Explore the Moticon ReGo tutorial to learn how to create individual reports by combining up to three test results, providing detailed insights and comparisons for a single athlete’s performance.
Creating Team Reports
Discover how the Moticon ReGo tutorial guides you through creating team reports, summarizing test results from multiple athletes or teams for easy comparison and detailed performance insights.
Audio & Test Instructions
This Moticon ReGo tutorial explains using audio and screen instructions to guide users effectively during test execution, ensuring accurate performance and seamless user experience.
Using Labels to Identify Clients and Test Results
This Moticon ReGo tutorial explores how labeling and tagging functions help identify movement tests, organize reports in timelines, and group athletes or patients for easy comparisons and analysis.
Individual Calibration
Learn how the Moticon ReGo tutorial explains individual total force calibration to enhance accuracy, detailing the workflow and improving ground reaction force measurements for precise analysis.
Checking Sensor Insole Status
Discover this Moticon ReGo tutorial on checking the sensor insoles’ sanity status, using built-in functions to monitor sensor performance and battery levels for reliable operation.
Updating Sensor Insole Firmware
This Moticon ReGo tutorial guides you through wirelessly updating the sensor insole firmware using the app, ensuring your system stays up-to-date with the latest features and improvements.
The Balance Side Hop – relevance, outcome metrics and tips for trainers
Explore how the Balance Side Hop test assesses dynamic stability and landing mechanics, offering valuable insights into managing RTS decisions following lower limb injuries, including ACL injuries. Discover how these metrics help trainers and therapists to make more informed decisions about athlete readiness and injury prevention.
ReGo Release Note – #8 2024
The latest release introduces new parameters for ReGo gait tests, drop jump tests, and 30-second side hop tests, along with enhanced live data for treadmill tests.
The 30 Seconds Side Hop – relevance, outcome metrics and tips for trainers
This article highlights the significance of the 30 Seconds Side Hop in rehabilitation, focusing on its role in assessing limb symmetry and tracking progress after lower limb injuries. It provides insights into effective testing protocols, outcome metrics, and tips for trainers to ensure a comprehensive return-to-sport strategy.
ReGo Release Note – #7 2024
The ReGo app update contains new features for partial weight bearing training.
The Balance Front Hop – relevance, outcome metrics and tips for trainers
Discover the relevance of the Balance Front Hop test for athletic training in return to sports cycles, its key outcome metrics, and tips for trainers and therapists on how outcomes following ACL injuries can be improved.
ReGo Release Note – #6 2024
The ReGo app update contains new gait parameter and additional live data in treadmill gait and running tests.
ReGo Release Note – #5 2024
This ReGo app update contains important bug fixes and improvements for increased usability.
ReGo Release Note – #4 2024
Discover new Moticon ReGo features.
Baseline for Success – functional movement tests and reference data as a starting point for youth athlete development
In competitive sports, everyone pushes their limits. Through regular baseline screenings using functional movement tests and performance tests on the lower extremities, medical and sports staff receive valuable information to push these limits further and enable athletes to achieve successful athletic development.
The Single Leg Jump for Distance – relevance, outcome metrics and tips for trainers
This article explores the role of a single leg jump for distance test for performance and rehabilitation monitoring, providing valuable insights for trainers and therapists.
The trainer in your shoes – sensors for objectivizing screening tests in performance in sports
State-of-the-art foot sensors and automated testing algorithms enable sports professionals to provide evidence-based support for injured athletes through competition preparation. As these innovations transition from science to practice, they must offer flexible use, high data quality, and good usability.
ReGo gait analyses for functional assessment of lower limbs braces and prostheses in orthopedic aids retail
This article explores automated gait analysis via sensor insoles to assess lower limb braces’ and prostheses’ biomechanical function, highlighting its objective, quantifiable benefits.
ReGo Release Note – #3 2024
Discover new Moticon ReGo features.
ReGo Release Note – #2 2024
Hello to all customers, a new Moticon ReGo product release note has been issued. Refer to the link below to learn more about the updates. Read Release Note
The Counter Movement Jump – relevance, outcome metrics and tips for trainers
The Counter Movement Jump allows objective assessments of explosive strength metrics such as jump height and ground reaction force as well as foot loading and coordination.
ReGo Release Note – #1 2024
The release note includes the publication of the new ReGo test “Counter Movement Jump” and of reference data
