One stop 3D motion capture analysis system

Analysis of Motion Capture in Throwing Sports

This system is a one-stop turnkey 3-D motion capture and data integration analysis system, designed to synchronously collect data from various motion trackers EMG（）、 Data from force measurement platforms, hand sensors, EEG electroencephalography (EEG), quantitative EEG (qEEG) systems, digital videos, event markers, and other analog devices, virtual reality, and tactile devices, used for clinical, biomechanical, neural control, and sports drug applications involving complex motion analysis.

The data generated by the system from a rich collection of analysis tools can be immediately replayed through graphical displays of all data outputs. Stunning 3D computer rendered object animations can be viewed as skeletons, simple sketches, or human figures. Integrate and use widely available hardware in the market to achieve real-time measurement of human movement, brain activity, eye movement, muscle recruitment, and external forces acting on the body.

This system can integrate motion capture with hardware from all mainstream manufacturers in the market, accurately locate and synchronize data with other components. Ensure that the components you select work together and use computer rendering and graphics display for real-time presentation.

Introduction to motion capture analysis of throwing:

Analyze key throwing indicators, such as biomechanical alignment; Rotation and acceleration of pelvis, torso, shoulders, and elbows.

hardware

Use optical cameras, electronic magnetic trackers, or inertial sensors to capture and analyze moving machinery.
Combining multiple kinematic techniques into a comprehensive motion capture system to simultaneously leverage the advantages of each technique. For example, electromagnetic sensors can be used to track detailed hand movements, while markers can be used to track other body parts.

Define and animate objects

Track and animate objects as they interact with each other. Define objects such as physical targets, sports equipment, balls, body parts, and trajectories.

Customize visual display
Display performance metrics in text format within animation windows or time series charts to obtain clear, concise, and immediate technical feedback. Incorporate synchronized digital videos to provide familiar references for coaches and athletes.

comprehensive analysis
Automatically identify throwing stages and evaluate the mechanics of each stage. Analyze indicators such as acceleration, deceleration, segmented velocity, and joint angle.

biofeedback
Use built-in visual or audio biofeedback prompts from any raw or processed data to modify throwing techniques. When the target value is reached, provide a tone to encourage actions with a "success" tone. Or provide a 'negative' tone to prevent the movement mode.

Provide a turnkey package of hardware and software for motion capture, tailored to the needs of strength and conditioning professionals.

Motion Analysis
Track full body movements for evaluation, assessment, and training. MotionMonitor simplifies the collection and analysis of biomechanical data. Simultaneously track fitness equipment or exercise objects and set animations for them, such as throwing, baseball, cycling, kettlebells, free weights or barbells, and so on.
performance metrics
Use quantitative data to evaluate common performance indicators. Click the button to access data such as vertical jump height, strength, power generation, and range of motion.
biofeedback
Provide real-time visual and auditory biofeedback for behavior correction and regulation. Using virtual reality to expand visual feedback and create an immersive experience for athletes.
Application diversity
Analyze various applications, including fatigue programs, injury prevention screening, and rehabilitation progress. Using equipment for teaching and research purposes
Modular and scalable
Add synchronized reference videos, eye tracking, and force plates to create a complete evaluation system. All systems can be seamlessly upgraded, so devices can be added over time as teaching and research needs evolve.