• •     NOKOV's motion capture technology offers spatial XYZ coordinates for both human bodies and robots, collecting joint angle data such as 6DoF, head and trunk, upper limbs (shoulder, elbow, wrist, hand), and lower limbs (hip, knee, ankle, foot).
• •     NOKOV's motion capture systems seamlessly integrate with a wide range of biomechanical research equipment, including force plates and electromyography (EMG) devices. This powerful synergy empowers researchers to conduct in-depth, comprehensive analyses across multiple domains.

NOKOV provides real-time 3D position information, displacement, velocity, acceleration, and other essential data, making it suitable for applications like vibration testing, durability testing, stiffness testing, load testing, and more.

Compared to measurement tools like laser displacement meters and accelerometers, NOKOV's motion capture system offers a non-contact solution with enhanced accuracy down to the submillimeter level.

NOKOV's motion capture technology can record motion data for underwater moving objects, including robotic fish, underwater AUVs, submarines, ships, oil pipelines, cables, and more.

By evaluating a scaled-down model of a ship under various conditions, such as diverse wave patterns and amplitudes, varying wind conditions, and currents, the actual ship's performance can be accurately forecasted.