Gait analysis for running and walking

Traditional markerless video gait analysis systems often struggle to capture the fine details of movement, missing subtle asymmetries and lacking the precision required for in-depth biomechanical assessment. Our IMU-based gait analysis system offers a more accurate and dynamic alternative by capturing internal movement dynamics in real-world environments.

Unlike static video setups, our portable gait measurement device allows practitioners to assess movement anywhere, from clinics to sports fields, without compromising accuracy. This flexibility ensures real-time gait assessment that directly informs rehabilitation and performance optimization.

Advanced gait analysis software for performance & rehabilitation

Modern gait analysis software generates vast amounts of biomechanical data, which can be overwhelming. Our system simplifies this complexity by integrating dynamic gait assessment principles, consolidating multiple variables into actionable metrics that provide meaningful insights into movement efficiency, stability, and coordination.

  • Fast & Accurate: Get a full gait report in under 10 minutes with minimal setup.
  • Portable & Scalable: Assess gait in-clinic or on the field without bulky lab setups.
  • Data-driven decision making: Optimize rehabilitation, running mechanics, and injury resilience using AI-driven movement insights.


With our gait analysis system, practitioners can bridge the gap between quantitative data and practical intervention, leading to more precise training adjustments and treatment plans.

Dynamic gait assessment with real-world application

Gait assessment should reflect how people move in real-life conditions, not just in controlled lab settings. Our portable gait analysis system allows you to test movement where it matters most—on a running track, sports field, or rehabilitation clinic—capturing movement dynamics under real-world loading conditions.

By measuring stability, coordination, and movement adaptability, our gait measurement device provides contextually relevant insights, ensuring more effective interventions for athletes and patients alike.

ORYX Gait Observation

Analyze walking and running mechanics to enhance movement efficiency and reduce injury risk in athletes or patients.

ORYX Hamstring Control

Identify muscle imbalances and improve coordination to prevent recurring injuries and optimize recovery.

ORYX Knee Stability

Regain motor control and assess stability during recovery from ACL reconstruction, joint replacements, or other knee injuries, supporting safe return-to-play decisions.

Ecological validity ORYX Knee Stability - Static ORYX Knee Stability - Dynamic ORYX-GO
Overground (indoor & outdoor)
Treadmill
Hardware ORYX Knee Stability - Static ORYX Knee Stability - Dynamic ORYX-GO
Motion Data Hub
4G Tablet
Shoe clips

2 Qty

IMU sensors

4 Qty

4 Qty

8 Qty

Base Straps

4 Qty

4 Qty

5 Qty

Over Straps

4 Qty

4 Qty

4 Qty

Setup fee

€4.499

€5.499

€7.499

Walking / Running gait analysis ORYX Knee Stability - Static ORYX Knee Stability - Dynamic ORYX-GO
Stride duration
Cadence / stride frequency
Ground contact time
Duty factor*
Propulsive velocity (hamstring function)*

* Running analysis only

ROM (+ symmetry) ORYX Knee Stability - Static ORYX Knee Stability - Dynamic ORYX-GO
Pelvis
Hip
Knee
Ankle
Foot
Micro (Local attractors) ORYX Knee Stability - Static ORYX Knee Stability - Dynamic ORYX-GO
Core stability
Hip lock
Knee stability (Q/H coordination)
Ankle stiffness
Coordination Landscape (varibility)
Meso (Global attractors) ORYX Knee Stability - Static ORYX Knee Stability - Dynamic ORYX-GO
Hamstrings
Joint coupling (Hip – Knee)
Scissors
Macro (Total attractors) ORYX Knee Stability - Static ORYX Knee Stability - Dynamic ORYX-GO
Pendulum
Foot plant projection
Squat (Double & single leg) ORYX Knee Stability - Static ORYX Knee Stability - Dynamic ORYX-GO
ROM joints + LSI
Variability