Enhanced Analysis in Biomechanics
and Life Sciences
Compatible with EMG, 3D force plates, foot pressure devices,
and other precision tools to offer accurate real-time
insights into kinematics and gait patterns.
At Yueyang Hospital in Shanghai, a 3D gait analysis system using NOKOV optical motion capture cameras, 3D force platforms, and surface electromyography is used to collect walking data from subjects. This helps in identifying causes of abnormalities in patients and creating tailored intervention plans.
Sustech Institute of Robotics, Southern University of Science and Technology
Camera Model: Mars 2H × 12
Object Type: Human Body
Mocap Space: 13m × 7m × 3.5m
Bioelectromechanical Integrated Wearable Robots
Integrated by Prof. Chenglong Fu at Sustech Institute of Technology, NOKOV system capture 6DoF data, providing critical insights into gait and kinematics to enhance motion planning and tackle compatibility researches in wearable robotics.
Ergonomics, Usability Lab, and Human Factors Engineering
NOKOV's motion capture system delivers submillimeter accuracy in tracking motion paths and behaviors, crucial for ergonomics studies. This precision supports usability analysis, user experience evaluations, and comfort assessments across diverse experimental settings.
School of Biomedical Engineering, Hainan University
Camera Model: Mars 4H × 15
Object Type: Macaque Monkey
Mocap Space: 2.4m × 2.4m
Motion Capture in Bionic Researches
Hainan University researchers are studying how the brain controls walking by tracking the movements of monkeys equipped with a wireless BCI and NOKOV Mars4H cameras. By tracking the movements of monkeys equipped with a wireless BCI, they aim to uncover the neural mechanisms behind this complex behavior.
Prestigious Publications Using NOKOV Capture System
Discover how the NOKOV motion capture system enhances UAV, robotics,
and biomechanics research. Visit Related Papers for key publications.
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High Performance
Motion Capture Cameras
Discover the Mars Series, featuring industry-leading frame rates and ultra-high resolutions. Perfect for advanced motion tracking and measurement in various fields.
Up to 26M pixels resolution, 380FPS
Submillimeter 3D accuracy
Models available for indor, outdoor, and underwater use