myoRESEARCH 4 (MR4), Motion Capture Software
- All-in-one biomechanics software for data collection, synchronization, and analysis
- Seamless integration with EMG, IMU sensors, force plates, pressure mapping, and video analysis
- Real-time data visualization with configurable biofeedback tools
- Markerless 2D video tracking for gait, running, jumping, and lifting analysis
- MANUS Gloves integration for finger kinematics and hand motion tracking
- Single-sensor postural sway analysis for quick and reliable balance assessments
- Floor gait analysis with 2D markerless tracking for detailed movement evaluations
- Side-by-side jump test comparisons for assessing lower limb asymmetries
- Automated and customizable reporting with over 40 built-in templates
- Multi-user database access with enhanced filtering and data management tools
- Point-and-click signal processing tools for easy and repeatable data analysis
- Optimized video compression & frame rate control to reduce storage requirements
- Customizable application labels and icons for a personalized workflow
myoRESEARCH MR4 (MR4) is an advanced measurement and analysis software designed for professionals in biomechanics, rehabilitation, sports science, and ergonomics. It provides seamless integration of multiple data sources, including EMG, IMU sensors, force plates, pressure mapping systems, and high-speed video cameras, ensuring synchronized and real-time movement analysis. The intuitive interface simplifies data collection, allowing users to visualize and analyze movement patterns efficiently. With automated reporting, real-time biofeedback, and powerful signal processing tools, MR4 enhances workflow efficiency and data accuracy.
The 2025 Winter Release introduces new capabilities, such as MANUS Gloves integration, single-sensor postural sway analysis, markerless floor gait tracking, side-by-side jump test comparisons, and enhanced database management tools. These features expand MR4's ability to deliver precise and insightful movement assessments across various applications.
Features
Streamlined User-Friendly Workflow
Boosts productivity with an intuitive 6-click workflow for efficient data collection and analysis.
- Set up hardware and configure measurement settings.
- Record measurements with real-time data visualization and biofeedback.
- Manage and review data, selecting specific recordings for analysis or export.
- Playback and process recorded signals using built-in signal processing tools.
- Generate and customize reports, adapting layouts to specific needs.
Synchronized & Integrated Tech Ecosystem
Eliminates data silos by seamlessly integrating multiple biomechanics measurement devices.
- Multi-device synchronization with EMG, IMU sensors, force plates, pressure mapping, and video cameras.
- Setup multiple hardware profiles for different testing environments.
Automated & Customizable Reporting
Provides over 40 built-in report templates and customization options for flexible reporting.
- Compare multiple records with side-by-side analysis.
- Customize report templates for specialized needs.
- New in Winter Release: Side-by-side unilateral jump test comparison for lower limb asymmetry analysis.
Real-Time Data Visualization & Feedback
Enables live data visualization and interactive biofeedback training.
- Configure biofeedback protocols for real-time interaction with measurement devices.
- Use visual and auditory cues to enhance performance training.
Anatomical Data Streaming with MANUS Gloves
Introduces finger and hand motion tracking through direct integration with MANUS Gloves.
- Visualize and analyze finger kinematics in real-time.
- Ideal for hand rehabilitation, ergonomics, and fine motor control research.
- Biomechanics research for in-depth movement and force analysis.
- Clinical gait and posture assessment for evaluating neuromuscular conditions.
- Rehabilitation and therapy tracking to monitor patient recovery progress.
- Sports science and performance evaluation for optimizing movement and injury prevention.
- Ergonomic and workplace assessments for improving human factor designs.
- Orthopedic and prosthetic studies for evaluating foot function and pressure distribution.
- Pediatric and geriatric mobility analysis for monitoring age-related movement changes.
- Running and jump mechanics testing for athletic performance optimization.
- Multi-user database environments for research facilities and clinical settings.