Gait Studies

Data-Driven Movement Analysis

Quorum uses gait studies to analyze movement, stability, and performance, helping guide continued innovation in prosthetic design.

Walking symmetry can be evaluated through gait analysis, showing how weight and movement are distributed during walking and providing insight into stability.
Ground reaction force analysis examines peak vertical force asymmetry to understand how weight is distributed between the limbs during walking.
“Socket performance can be evaluated through movement analysis, showing how socket fit and adjustability may influence stability and walking mechanics.
Real world mobility research examines how adjustable socket technology performs during everyday movement.

Gait Testing in Motion

Amputee wearing a Quatro Adjustable Socket walking on a treadmill at CU Boulder’s Applied Biomechanics Lab to record gait symmetry.

CU Boulder’s Applied Biomechanics Lab evaluated the Quatro Adjustable Socket through gait testing to better understand how it performs during real-world walking.

Measuring Gait Symmetry

Study results graphic suggesting the Quatro Adjustable Socket may help reduce ground reaction force asymmetry, supporting mobility and lower injury risk for transfemoral amputees.

The study suggests that Quatro may help reduce ground reaction force asymmetry, which may support improved mobility and lower injury risk for transfemoral amputees.

Gait Studies

Featured Innovation: Quatro Adjustable Socket

The Quatro Adjustable Socket is one example of how Quorum uses engineering and advanced fabrication to create custom prosthetic technology.

Designed with four replaceable, adjustable panels and a Click dial system, Quatro helps support targeted compression, comfort, and daily fit management.