Trusted by leaders across global industries
Our powerful but flexible 3D motion capture technology is trusted by global leaders from a wide range of industries, including animation, virtual reality, movement analysis, broadcast, industrial and robotics.
Explore our motion capture systems
We offer three motion capture systems: the BaSix© system, our classic system, and a hybrid of the two.Learn more
"I am a long-time user of Motion Analysis systems. I like that their solutions have a long lifespan, it allows us to easily add new cameras to the mix as we expand the lab. I also appreciate the robustness of the software, which allows me to customize tests and set up things the way I prefer."
Assistant Professor of Kinesiology
"We use Motion Analysis solutions in our Human Movement Performance lab. Their technology allows us to easily capture high res data for large, whole-body volumes as well as really small volumes, such as for subtle hand movements. We appreciate that the team is so supportive and flexible."
Associate Dean of Research
"3D motion capture is a unique set of systems that allows users to quantify and measure human movement – and Motion Analysis is on the forefront of that technology."
Professor and Human Biomechanics Laboratory Director
Award-winning motion capture software
Our Oscar-winning software enables you to increase efficiency and profitability by equipping your team with technology that offers unparalleled quality, speed and usability. Our powerful but easy-to-use mocap technology includes various products that offer cutting-edge solutions for various industries, all with free basic support for life.
Cortex 9: our most advanced
mocap software yet
Continuously innovating, we recently released Cortex 9 – the latest edition of our internationally recognized software. It includes the following key features:
- BaSix Solver - using BaSix© active markers
- Merging forces across force plates
- Device panel integration
- Asynchronous device data (ADD) graphs
- Location of corrupted templates
- Golden templates - predefined marker sets
- Global Translations and Rotations (GTR) skeleton data files
- Back calculation markers from bone virtual markers