Motion capture systems: Revealing the secrets behind movement

Understanding movement is about more than just measuring angles and forces. Our technology captures the essence of how movement emerges by analyzing the internal dynamics and coordination of muscle synergies.

This approach provides a deeper, more accurate understanding of movement quality and performance, allowing us to quantify movement quality, stability, and adaptability

Why we choose to measure kinematics, over force or muscle activity

Kinematics reveals how and why movements happen by analyzing motion patterns like joint angles, rotational speeds, and timing. Unlike force-based metrics that only measure outcomes, kinematics provides precise insights into how movement emerges and its quality, helping us identify inefficiencies, refine techniques, and enhance performance and resilience.

Learn how we turn raw data into meaningful insights about movement quality and performance for:

ACL Recovery

  • Post-surgery stability assessment
  • Return to sport readyness
  • Progress monitoring

Hamstring Rehab

  • Eccentric strength tracking
  • Functional movement testing
  • Recovery progression

Workload Management

  • Real time workload monitoring
  • Timing and coordination analysis
  • Post session pitching metrics

Performance Assessment

  • Fatigue and adaptability metrics
  • Training program optimization
  • Long term progress tracking

Simplifying complexity: From raw data to collective variables​

Modern motion capture system generates vast amounts of data, which can often feel overwhelming. Our systems simplify this complexity by consolidating metrics into a few collective variables that represent the key aspects of movement quality.

This not only makes the data actionable but ensures that practitioners can connect the analysis directly to interventions, whether in training, rehabilitation, or performance optimization.

Wearable sensors: Moving beyond observation and markerless systems

Conventional methods of analyzing movement, such as observation by the naked eye or markerless video systems, often fall short of capturing the full picture of human motion. Naked-eye analysis relies on subjective interpretation, while markerless systems, though more advanced, are limited to fixed environments and often miss the finer details of movement dynamics.

Wearable IMU technology ensures that every assessment delivers meaningful, actionable insights—no matter where or how it’s performed.

Ecological validity: Bringing real-world insights to practice

True movement analysis must reflect ecological validity—the conditions in which movements naturally occur. With our portable motion capture system, you’re not bound to a laboratory or a fixed setup. Test athletes and patients in their natural environments—on the pitch, during practice, or wherever performance truly happens.

This flexibility ensures that the data you gather is not only accurate but also contextually relevant, giving you actionable insights into movement under the conditions that matter most.

One motion capture system, multiple solutions:

Our motion capture system is designed to address a variety of needs, from enhancing athletic performance to supporting rehabilitation:

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.

ORYX Pitching Analysis

Track energy flow, timing, and rotational speeds to refine throwing mechanics, manage workload, and enhance pitching performance.

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