ORYX Pitching Analysis Precision insights for pitching mechanics
Refine pitching performance and workload management with the ORYX Pitching Analysis system. Designed to assess the complexities of throwing mechanics, this system delivers actionable data to enhance performance and build injury-resilient pitchers.
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Dynamic pitching analysis
The ORYX Pitching Analysis system goes beyond surface metrics, revealing how energy is generated, timing is coordinated, and rotational speeds shape performance. Optimize technique, manage workloads, and build resilient pitchers with precision insights:
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Energy flow through the kinetic chain -- Measure how force is generated and transferred through the lower body to support efficient and powerful throws, providing key insights into the foundation of the pitching motion.Energy flow through the kinetic chain -- Measure how force is generated and transferred through the lower body to support efficient and powerful throws, providing key insights into the foundation of the pitching motion.
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Timing of kinematic events -- Identify subtle disruptions in coordination that can affect performance and increase the risk of overload on the arm.Timing of kinematic events -- Identify subtle disruptions in coordination that can affect performance and increase the risk of overload on the arm.
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Rotational speeds -- Track angular velocity and timing to refine throwing mechanics, optimize efficiency, and monitor workload during training sessions.Rotational speeds -- Track angular velocity and timing to refine throwing mechanics, optimize efficiency, and monitor workload during training sessions.
With our system, real-time insights guide immediate adjustments, while post-session analysis on the dashboard provides a comprehensive overview of additional metrics for long-term improvement
Applications of ORYX Pitching Analysis:
Performance Optimization
Improve throwing efficiency by refining timing, coordination, and energy transfer. ORYX Pitching Analysis helps pitchers maximize their potential while maintaining technique under pressure.
Workload Monitoring
Track and manage pitching workloads to maintain performance levels without overloading the throwing arm. The system provides insights that allow coaches to make data-driven decisions during training sessions.
Building Injury Resilience
Detect early signs of overload or inefficiency in the kinetic chain to help pitchers develop stronger, more adaptable movement patterns and reduce unnecessary strain.
Key features
Monitor workload and technique during training sessions, identifying early signs of timing deterioration or technical flaws. Immediate feedback ensures on-the-spot adjustments to maintain performance.
Dive deeper into performance with detailed post-session reports. The ORYX dashboard provides a complete picture of throwing mechanics and workload trends, helping refine training programs and interventions.
Securely store and access athlete data over time. Track progress, compare sessions, and ensure consistent improvement with privacy-focused cloud technology.
Link results to specific drills, exercises, or interventions, making it easier to address inefficiencies and refine throwing mechanics.
Why choose the ORYX Hamstring Control?
Kinematic Insights
Go beyond basic metrics to analyze how the entire body works together during a pitch.
Workload Management
Ensure pitchers train smarter by balancing workload and technique with precision data.
Proven Results
Use data-driven interventions to reduce reinjury rates and improve long-term outcomes.
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
Frequently asked questions
These FAQ’s contain most of the answers to the questions you are looking for. If you don’t see the question that you might have, then please don’t hesitate to contact us.
Please contact us for pricing.
The exact time from setup (mounting sensors to the body + calibration) to useful information depends on the amount of tests conducted. On average a full assessment (4 tests) can be completed within 10 to 15 minutes.
We collaborate with 2M Engineering, a recognized leader in sensor technology. Their Qsense sensors form the foundation of our motion analysis solutions, delivering the reliability and accuracy essential for professional-grade applications.
This partnership allows us to integrate 2M Engineering’s expertise in sensor development with our innovative approach to data analysis, enabling advancements in how movement is measured, understood, and optimized.
The app provides a measurement tutorial, and there are various training materials and courses available for interpreting and using kinematic data. Additionally, our Service Level Agreement ensures you receive full support from our specialists when needed.
Please check out our method page.
Your data is securely stored on servers located in Europe, ensuring compliance with European data protection regulations (e.g., GDPR). We take data privacy seriously and implement robust security measures to safeguard your information.