DIERS pedogait
Dynamic Foot Pressure Measurement and Gait Analysis
The DIERS pedogait system allows the functional representation of the foot pressure reaction forces while walking. The integrated measuring platform is 1.0 m long with 5.376 sensors for an exact capture of the pressure values. The admission frequency amounts to 100 Hz what corresponds to a tact frequency of 10 ms. Thereby false measurements and artefacts are avoided.
The standing treadmill can be used for static measurements of the foot pressure measurement as well as for the stabilometry.
The DIERS pedogait is prepared for the simultaneous measurement with the DIERS 4D motion® as well as with the module DIERS leg axis.
Special Features
Real-time Results
The standing treadmill can be used for Stabilometry
Upgradable to a Complete Motion Analysis System
Measuring Parameters
Here you can find some of the numerous parameters of a pedogait measurement:
Step Length
Step Time
Stride Width
Foot Rotation
COP-Movement
Cadence (Steps/min)
Load Response Phase (%)
Single Support Phase (%)
Pre-Swing Phase (%)
Swing Phase (%)
Contact Time
Foot Roll-over
Foot Type
Foot Pressure Average
Foot Pressure Maximum
Foot Contact Area
Clinical Applications
• Foot malpositions and foot corrections
• Gait Inbalances
• Diabetic Foot Treatment
• Insole treatment
• Treatment with Orthotics or Prosthetics
• Neurological Issues (e.g. Romberg Test)
…
Related Products
The following products may be also interesting for you:
DIERS 4D motion® Lab
The 4D motion® system for dynamic spine measurement is the key technology for the developement of the DIERS 4Dmotion®Lab. This motion laboratory allows the synchronized measurement of the whole musculoskeletal system in a small amount of space and with easy preparation.
DIERS pedoscan
The foot pressure recording and gait analysis system DIERS pedoscan allows the pressure distribution on the human foot to be captured and displayed quickly and precisely, while standing or while walking.
DIERS leg axis
With the DIERS leg axis module it is possible to provide two-dimensional documentation of leg axis geometry. This allows the user to directly include the effects on the leg axis when correcting foot malpositions.
