Building resilient pitchers, enhancing performance

Keeping pitchers healthy while maximizing performance requires constant vigilance. UCL injuries can derail seasons, and careers. What if you could spot early warning signs before they become a problem?

Managing UCL health requires a careful balance

Managing UCL health requires a careful balance. Overuse, poor mechanics, and high workloads are constant threats to pitchers’ health and performance. Even with diligent training plans, the unpredictable nature of pitching makes monitoring risks and maintaining efficiency an ongoing priority for coaches and coordinators.

Why choose the ORYX Pitching Analysis System for UCL care?

The ORYX Pitching Analysis system provides a new way to address UCL health. By tracking workload, timing, and throwing mechanics in real time, it offers the insights needed to optimize performance, prevent overload, and build injury-resilient pitchers—all without disrupting your workflow.

Why early intervention matters:

  • Timing and Technique: Small disruptions in coordination can quickly escalate, leading to overload on the UCL.
  • Performance Sustainability: Protecting the UCL isn’t just about avoiding injuries; it’s key to maintaining long-term athletic performance.
  • Targeted Insights: Understanding the root causes of strain helps refine training programs and reduce risk.

 

Applications for UCL Management

Technique Refinement

Address subtle flaws in timing and mechanics to improve movement efficiency and reduce strain on the UCL.

Rehabilitation Support

Guide effective recovery after UCL injuries with precise insights that inform tailored interventions.

Workload Management

Adjust workloads proactively to prevent overuse injuries and maintain long-term performance.

Performance Optimization

Improve throwing mechanics to enhance efficiency while reducing unnecessary strain on the UCL.

IMU sensor technology: Precision beyond markerless video

Our Pitching analysis goes beyond traditional movement metrics like joint angles and ranges of motion. By leveraging the precision of IMU sensors, we measure the internal dynamics of movement with exceptional accuracy—capturing insights that are often missed by markerless systems.

This deeper level of analysis allows us to monitor how energy flows through the kinetic chain, identify timing disruptions, and assess throwing mechanics in real-world conditions. With this information, coaches and coordinators can make informed, data-driven decisions to protect the UCL while enhancing performance.

Related movement solutions

ORYX Gait Observation Precision insights for running mechanics

Enhance your pitching analysis with ORYX GO. By refining lower-body coordination and force generation, this system optimizes running mechanics and supports recovery from lower-limb injuries. Together, they provide a complete view of athletic performance—from the ground up

Take control of pitching workload and technique

Player development starts with smarter insights. Our Pitch Analysis System helps you monitor workload, refine mechanics, and guide pitchers toward peak performance. Build resilient, high-performing players with data-driven decisions. Ready to enhance your program?

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