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What is an optical 3D motion capture system?
An optical 3D motion capture system is a positioning system that captures the spatial position (3D coordinates) of the measured object to obtain kinematic data, such as velocity and acceleration related to it. The optical 3D motion capture system consists of several parts, with the motion capture cameras as the core. A system typically includes multiple cameras that capture data from markers attached to the object being tested. The data is transmitted to the POE switch via a network cable, and the POE switches transfer the data to computers while powering the lens. Finally, software in the computer calculates precise 3D coordinates through algorithm processing.
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What can I do with the motion capture system?
Compared to other motion capture systems, the optical motion capture system offers high precision, excellent real-time performance, and strong stability. It is widely used in robotics, UAV movement science, virtual reality, entertainment, ergonomics, and other application fields. You can learn more about the role of optical motion capture systems in various applications through our application field pages.
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What is the difference between NOKOV motion capture system and other motion capture systems?
The NOKOV motion capture system is independently developed and produced by NOKOV Science & Technology. It could be the world's most cost-effective optical three-dimensional motion capture system. NOKOV adopts the latest design concepts for product design and is committed to improving product ease of use.
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