XSENSOR Walkway and Stance pads enable clinicians and human performance professionals to analyze plantar pressure and gait.
Many walkway and stance pad systems lack the sensor resolution and sampling frequency to adequately capture standing and walking plantar pressure data. If your data is incomplete or inaccurate, your assessment strategy may not be the right fit for your patient.
Accurately analyze walking or striding plantar pressure data.
Capture plantar pressure distribution data for several gait cycles to assess baseline, rehab progress and interventions. With an ultra-low profile and portable design, biomechanics professionals, clinicians, and researchers can assess gait in the clinic, lab, office, or anywhere with a flat surface. Get quality data with high resolution repeatable measurements.
Capture high quality balance, pressure distribution and stance data.
Use the high resolution Stance Pad to capture standing or striding plantar pressure data. Understand your clients peak pressure points, assess balance and stability to validate your recommendations for rehabilitation or injury prevention. The compact and durable design makes it an ideal fit for a clinic or lab.
Review and analyze data with the highest quality visualizations.
Easy to use full featured software provides high quality images with detailed statistics for assessing individual recordings and comparisons for pre/post intervention analysis. Flexible customizable reports.
Specifications & Performance
The quick set-up Walkway and Stance Pad are ready to collect static or dynamic data in minutes.
Portable runway and stance sensors are ideal for clinics and gait labs where space needs to be flexible.
Capture high resolution repeatable gait and plantar pressure distribution data.
Accurate, repeatable sensors with +/- 5% full scale error and fast sensor response provide rich datasets for analysis
High resolution 5mm (.25") stance sensors capture quality plantar surface pressure data, walkway 1cm (0.5") captures accurate gait symmetry and pressure distributions barefoot or with footwear
Durable construction and factory calibration means the sensors are reliable for continuous use in gait lab and clinical performance testing
Advanced AI-powered gait analysis tools provide insights for clinical gait or biomechanics research
Resolution mm (In)
Pressure Range N/CM2 (PSI)
Shoe Size Eur (US)
.7 - 88.3 (1 - 128)
36 - 48 (4 - 15)
Best Practices for Selecting Pressure Imaging Systems
Many pressure sensor manufacturers make claims about accuracy that almost never translate into reliable readings in the field.
This guide will explain how many factors can affect pressure sensor accuracy, including the type of sensor (capacitive vs. resistive); How a sensor is manufactured; What calibration process is used; and how long the sensor can be used before it needs re-calibration.