Capture the motion of a persons movements
With body tracking capture the motion of a persons movements using optical or IMU based trackers.
Get in touch with us today to discuss your project needs and discover how our advanced services can help you achieve unmatched precision and efficiency.
Tracklab Volume App
Setting up an optical motion capture system can be complex, especially for first time users and larger volumes.
Tracking for Sports Science
Embrace ultra-high accuracy tracking tools to compare performance and customise athlete training to achieve quicker results.
TVA
This app makes it easier to visualise the 3D tracking volume so that users can plan where to place the cameras, ensuring that the area available is fully utilised, without compromising on the quality.
Book a Demo
Book a demo with Tracklab to explore cutting-edge solutions tailored to your industry.
03 7018 2121
Achieve unparalleled precision in 3D human movement analysis without the hassle of markers. Tracklab is your trusted Australian specialist and supplier for world-class Markerless Motion Capture hardware and software solutions.
Markerless Motion Capture is a revolutionary technology that enables the collection of accurate 3D biomechanical data without requiring physical markers to be placed on the subject. Utilizing advanced computer vision and artificial intelligence, MMC systems use standard or specialized cameras to track the human body’s segments and joints, creating a comprehensive digital representation of motion.
This paradigm shift eliminates time-consuming marker placement and the risk of marker drop-off, making data collection faster, easier, and more natural for the subject. This makes it ideal for sports science, clinical gait analysis, rehabilitation, ergonomics, and advanced research.
Local Australian Support
Based locally, we understand the specific needs of Australian research and clinical environments. Get fast, dedicated support and maintenance.
Trusted Specialist
Our team are genuine specialists in movement analysis, providing consultation to integrate MMC seamlessly into your existing workflow.
Hardware & Software
We supply the world’s best MMC hardware and software, offering comprehensive packages from leading global innovators.
Seamless Integration
We ensure your MMC system integrates perfectly with existing biomechanics hardware and data analysis platforms.
Captury offers high-performance, real-time markerless motion capture, often utilizing commodity hardware. It is ideal for creative industries, virtual production, and academic research needing fast setup and immediate results.
Theia3D is a powerful analysis software focused on biomechanics and clinical applications. It uses advanced algorithms to process video data, delivering validated, laboratory-grade kinematic data comparable to traditional marker-based systems.
Get in touch with a Tracklab specialist to discuss the best Markerless Motion Capture solution for your research, clinical, or commercial needs.
7A Kent Street,Yarraville, VIC 3013, Australia.
info@tracklab.com.au
We can help you with precision motion capture, 3D tracking systems, and comprehensive support solutions.
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Tracklab
Yes. Modern Markerless Mocap systems, especially the solutions supplied by Tracklab like Theia3D, have been extensively validated in scientific literature. They deliver highly accurate and reliable kinematic data that is comparable to, and in some contexts superior to, marker-based systems, especially where marker movement or occlusion is an issue.
First, the hardware requirements for motion capture vary depending on the specific solution. For instance, systems like Captury can utilize high-speed commodity video cameras or specialized cameras. Consequently, most solutions require multiple synchronized cameras (preferably high-resolution and high-frame rate) and a powerful processing computer.
Our MMC solutions are versatile and used across: Clinical Gait Analysis, Sports Biomechanics (performance analysis and injury prevention), Rehabilitation, Ergonomic Assessment, and Advanced Academic Research.
