3D force plates and pressure plates play a crucial role in the world of biomechanical research and sports for the measurement of ground reaction forces, moments and force application points. Discover our top products from AMTI and Zebris. The AMTI range, including AccuGait and AccuSway, provides mobile solutions for detailed gait and balance studies. Zebris FDM plates have been successfully supporting doctors, therapists and orthotists for years in diagnosis, therapy and insole fitting through automated stance, roll-off and gait analyses. Experience the extensive selection of our state-of-the-art force and pressure measuring plates on our website.
AccuGait Optimized
AccuGait Optimized
The mobile AMTI AccuGait-O platform for gait and balance studies, with an optional walkway.
AccuSway Optimized
AccuSway Optimized
The mobile AMTI AccuSway-Optimized platform provides precise balance assessment and training with outstanding user-friendliness.
BMS 400600
BMS 400600
The AMTI Optima BMS 400600 is the standard force plate for biomechanical applications in clinical settings, research, and sports.
BMS 600900
BMS 600900
The BMS600900 offers a wide measurement range for sports performance analysis, making it ideal for jumps, cutting manoeuvres, and drop landings.
HPS
HPS
The most precise force plate, measuring up to 100 times more accurately than other platforms thanks to its unique Optima calibration process.
MMS (MDR)
MMS (MDR)
The first medically certified force measurement system in Europe, based on the proven HPS plate for gait laboratories.
FDM pressure measurement platform
FDM pressure measurement platform
FDM pressure plates with automated stance, roll-off, and gait analysis – supported by user-friendly software.
FDM-S Pressure Measurement Plate
FDM-S Pressure Measurement Plate
FDM-S pressure plates with automated stance, roll-off and gait analysis, combined with user-friendly software.
FDM-T Instrumented Treadmill with Pressure Measurement
FDM-T Instrumented Treadmill with Pressure Measurement
Dynamic gait and running analysis with precise pressure measurement for (rehabilitation) medicine and research.