What is motion capture for animal studies? A motion capture system is a mix of hardware and software that records the movement and positioning of objects or animals in three-dimensional space. It is used in fields such as animal behavior, biomechanics, and zoology to accurately analyze and study the movement and dynamics of various species. How can a motion capture system enhance the work of an animal researcher? Motion tracking systems provide animal researchers with valuable data and insights that can enhance their understanding of animal behavior, locomotion, and biomechanics. By capturing ..read more

What is a motion capture system? A motion capture system is a technology that records the movement and positioning of objects or individuals in three-dimensional space. It is widely used in fields such as biomechanics, movement science, and animation to accurately analyze and study human or object motion. How can a motion capture system enhance the work of a biomechanist? Motion capture systems provide biomechanists and movement scientists with valuable data and insights that can enhance research, clinical assessments, and the development of interventions. By capturing precise, three-dimension ..read more

Traditional observational methods for studying animal movement have inherent limitations in capturing nuanced details and providing objective quantitative data. Motion capture technology offers a valuable approach to precisely measure and analyze movement patterns in animal subjects. The basics of motion capture involve tracking the 3D positions of markers or sensors over time to reconstruct the underlying motion. Optical systems utilize multiple calibrated cameras to triangulate the locations of retro-reflective markers attached to the animal. Inertial motion capture uses body-worn inertial s ..read more

In product design, achieving an optimal balance between form and function is a continuous pursuit. Motion capture technology offers designers valuable insights into user interactions, shaping the future of ergonomics and user-centered design approaches. Capturing Naturalistic Movements Traditional design methods often rely on theoretical models, but motion capture introduces the ability to analyze real-world user movements. It enables designers to observe how users naturally interact with products in diverse environments. This real-world data informs ergonomic considerations, ensuring designs ..read more

As robotic systems become increasingly sophisticated and ubiquitous across industries, there is a growing need for precise tracking and evaluation methods. Motion capture technology provides an effective solution for monitoring robotic movements, enabling detailed kinematic analysis and performance assessment. Principles of Motion Capture for Robotics The core principle of motion capture involves tracking the 3D positions of markers or sensors over time to reconstruct the underlying motion. For robotic applications, this typically employs optical motion capture systems utilizing multiple calib ..read more

An increased adoption of 3D motion capture systems in the biomechanics, animation, and gaming industries is creating high demand, with the market expected to grow to USD 266 million by 2025. To satisfy this demand, motion capture developers are constantly innovating new systems and software to ensure buyers can get the best system to suit their needs. But, with so many options on the table, the process of choosing the right systems and software might be overwhelming. We created this buyer’s guide to help you when it comes to purchasing a motion tracking system. It’s designed to help you: Gain ..read more

We’re pleased to announce the release of the Thunderbird motion capture camera range. These state-of-the-art cameras are designed to provide unparalleled precision and versatility for motion capture professionals in a range of applications. The Thunderbird range consists of five state-of-the-art cameras that support both active and passive markers, offering unparalleled versatility for a cohesive motion capture experience. Precision and versatility The Thunderbird range consists of five advanced cameras compatible with both active and passive markers. Higher resolutions Featuring resolutions o ..read more

A marker set is far more than the floating points recorded in a capture space. Curating a full marker set in Cortex is an integral stage to define the markers’ properties, and their relation to each other, in order to develop a model that can be used for a range of motion capture studies. Marker sets need to be identified to drive underlying skeletons that can be reused or modified in live mode or during post-processing.  We run through the various components of a Cortex “MarkerSet” and how to construct them to best suit your motion capture research and project needs for biomechanics, cli ..read more

November 8 2023, California – Motion Analysis Corporation is excited to announce the highly-anticipated release of Cortex 9.5, the latest edition of its cutting-edge motion capture software. This update is now available for download and is accessible to all customers with active warranties or current software maintenance contracts. Cortex 9.5 introduces a range of exceptional features and improvements that elevate the motion capture experience to new heights, providing users with greater flexibility, efficiency, and accuracy. Here are the key highlights of this remarkable update: Quick Files C ..read more

Rigorous product testing and research and development (R&D) in sport require two major factors. First, human subjects to perform actions, then advanced technology to record and analyze data. This is why motion capture for sports is so vital – it provides accurately tracked athletic movements for clinicians, apparel and footwear designers, sport coaches, and biomechanics experts to evaluate.  One of the world’s leading sportswear, shoe and equipment manufacturers, Mizuno, has streamlined mocap processes at its new facility, with the Osaka-based company working with us at Motion Analysi ..read more