F5-Lab Gait Analysis Platform
Walking
And Running Gait Analysis
SCOPE OF APPLICATION
●Gait cycle detection and evaluation
●Posture assessment
●Analysis and evaluation of dynamic bipedal butterfly line
●Dynamic pressure assessment and analysis
●LESS (Landing Error Scoring System) landing injury risk assessment
PRODUCT INTRODUCTION
The F5-LAB Dynamic Gait Pressure Detection platform (Gait Analysis) contains an integrated pressure measuring plate to measure and analyze pressure distribution during walking and running. The data of the user gait cycle can be collected effectively and analyzed completely by dual dynamic video acquisition. Additionally, it integrates the LESS (Landing Error Scoring System) module, which quantitatively evaluates landing movement errors (e.g., knee valgus, insufficient knee flexion, trunk inclination, and balance abnormalities) to assess the risk of lower limb sports injuries and provide targeted corrective guidance for gait optimization and rehabilitation training.
F5-Lab Gait Analysis Platform
Product Size
1473*694*1089mm
Camera
High precision camera *2
Weight
100kg
Precision
2mm
Sensor
Area 46*138cm
Power Supply
110V-220V
Pressure points
64x128
Frequency
60-100HZ
The Advantage of F5-Lab Gait Analysis
Gait Runing Platorm
Mainly used in sports rehabilitation centers, gyms and other scenes, podiatry clinics, orthopedic clinics, physical therapy centers and other medical scenes can also be used. The system is based on multidimensional data such as body posture detection, walking posture detection and walking foot pressure detection for evaluation and detection.
Testing And Reporting
All data acquired by the software is provided by Footwork Saas System processing, and providing detailed evaluation report: Gait analysis report; Tripod analysis report; Dynamic bipedal butterfly line analysis report.
Helping Physicians Personalize Treatment
By accurately diagnosing the patient's gait abnormalities and arch form disorders, doctors are able to design highly personalized treatment paths, such as customizing orthotics and recommending specific physical therapies. In rehabilitation medicine, the system is used as an assessment tool to help healthcare professionals accurately track the patient's recovery process and guide the development of a more scientific and rational rehabilitation training program.
Gait Assessment and Optimization
The gait treadmill is equipped with sensors and an analyzing system that can monitor the gait pattern of the prosthesis user in real time and help the rehabilitation doctor or therapist assess the various stages of gait, including data on stride length, stride frequency, joint angle, support time, etc. The data can be used to optimize the gait of the prosthesis user. These data can be used. ①Identify gait asymmetry or gait abnormality. ②Analyze the fit and performance of the prosthesis. ③Adjust the design, accessories, or use of prosthesis
Personalized Rehabilitation Training
The gait treadmill can provide adjustable training intensity and conditions (e.g. speed, gradient, etc.), so that the prosthesis user can carry out gradual exercise training in a safe environment, and improve the stability and coordination of his/her gait.
Adjusting prosthetic settings
With real-time feedback from the gait treadmill, doctors and technicians can more accurately adjust the prosthetic settings (e.g. foot angle, knee flexibility, etc.) for optimal gait control.
Users can perform several gait tests on the treadmill to find the most suitable prosthetic configuration and walking style for themselves.
LESS Injury Risk Assessment
The system integrates the LESS (Landing Error Scoring System) module to analyze dynamic landing mechanics, leveraging force and kinematic data captured during gait and jump tasks. By evaluating key landing phase indicators—such as peak landing force, rate of force development (RFD), knee valgus, trunk inclination, and eccentric deceleration patterns—it quantifies movement errors against the LESS scoring criteria. This assessment identifies high-risk behaviors (e.g., stiff landing, excessive knee inward collapse) that correlate with elevated lower limb injury risk (e.g., ACL tears, patellofemoral pain). The objective LESS score and biomechanical insights support targeted corrective training, injury prevention strategies, and monitoring of rehabilitation progress for athletes, patients, and active users.
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