First sub-component of the stance phase. Loading phase begins when the heel touches the ground and cushion the impact. It ends when toes touch the ground at the flat foot in event.

Flat foot time

Second sub-component of the stance phase. The flat foot phase begins at the flat foot in event and ends when the heel takes off at flat foot off event.

Propulsion time

Third sub-componentof the stance phase. The propulsion is the time between the flat foot off eventand toe off.

FOOT
KINEMATICS

Clearance

Minimum height between the toes and the ground during oscillation of the foot.

Pronation/supination angle

Defined between the foot and the ground to express the inclination in the transverse plane of the foot at the four key moments in the unfolding of the step: heel, toe, heel and toe take-off.

Strike angle

Defined between the ground and the foot at the time of heel placement.

Stride height

Maximal distance between the foot and the ground during the swing phase.

Circumduction

Maximum distance of lateral foot movement during oscillation.

Step Progression Angle

Defines between the orientation of the foot and the patient's path of travel.

ADVANCED
PARAMETERS

Symmetry

Expressesthe congruence between the values obtained for the left and right foot.Symmetry makes it possible to determine whether one leg is used more than theother when walking.

Propulsion ratio

Ratio of the propulsion speed by the average stride speed.

Gaitline

Based on the analysis of pronation/supination angles, it represents the trajectory of the center of support during the contact phase at the foot.

Variability

Evolution of the parameters during the different acquisitions.

GENERAL
PARAMETERS

Cadence

Average number of cumulative steps per minute.

Running speed

Average running speed during the recording.

Double flight time

Over a running gait cycle, duration when no foot is in contact with the ground.

Contact time

Average time the foot is in contact with the ground, can be expressed as a percentage of the stride time.

Oscillation time

Average time during which the foot is not in contact with the ground, can be expressed as a percentage of the stride duration.

Stride length

The distance covered in a stride between two consecutive touchdowns ofthe same foot.

FOOT
KINEMATICS

Pronation / supination angles

Defined between the foot and the ground toexpress the inclination in the transverse plane of the foot at the three key moments in the unfolding of the step: foot in, pseudo flat foot and foot take-off.

Strike angle

 Defined between the ground and the foot at the time of heel placement. 

ADVANCED
PARAMETERS

Impact force

Maximal vertical reaction force of the ground during the contact phase.

Proportion strike pattern

Defined if the initial contact is rather with the heel, midfoot or forefoot.

Symmetry

Expresses the congruence between the values obtained for the left and right foot.

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Multiple biomechanicalparameters

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Multiple biomechanical
parameters