NOKOV Motion Capture

Providing High Precision 6DoF Tracking in Real-Time

NOKOV provides high precision real-time indoor and outdoor positioning and motion tracking, which is applied to tracking fast-moving UAVs, robots, localization of tools or analyzing the movement of human and animals. The collected data can be transmitted in VRPN form, or communicate with ROS, Labview, Matlab, Simulink and other software through SDK, and it supports C++, Linux, and other languages.

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four-legged bionic machine More Information

Cooperative Control

NOKOV provides 3D XYZ coordinates, 6Dof Data, Yaw, Roll, Pitch, Eulerian angle, and other data, to build a strong basis for UAV posture control and motion planning.

Formation, autonomous obstacle avoidance, following, and cooperative control of UAV can be realized through 3D position coordinates with submillimeter accuracy provided by NOKOV.

UAVs cooperated in formation to form graphic numbers “1”by motion capture

For Robotics

  • •     NOKOV motion capture provides the XYZ coordinates of the human body and the robot in space,and it can also collect joint Angle data ,such as 6DoF, head and trunk, upper limbs (shoulder, elbow, wrist, hand) and lower limbs (hip, knee, ankle, foot).
  • •     NOKOV can integrate with a variety of biomechanical research equipment, such as force plates and EMG, enabling researchers to conduct more comprehensive analysis.
a Hexapod Robot

3D Dynamic Measurement

NOKOV provides real-time 3D position information, displacement, velocity, acceleration, and other data. It is suitable for vibration testing, durability testing, stiffness testing,load testing and other applications.

Compared with measuring instruments such as laser displacement meter and accelerometer, NOKOV motion capture provides a non-contact method and improves the accuracy to submillimeter level.

a robotic arm

Ship Building, Underwater, Marine applications

NOKOV motion capture can capture the motion data of underwater moving objects, such as robotic fish, underwater AUV, submarine, ship, oil pipeline, cable, etc.

By testing the proportional model of the ship under various conditions, such as different wave types and amplitudes, wind types and flows, the real ship's performance can be predicted.

a boat in the tank
Case Studies
Mars series mocap cameras Mars series mocap cameras

Mars Series Mocap Cameras

Mars 2H, Mars 4H and Mars 12H, frequency from 180Hz-380Hz, resolution of 2.2 million pixels to 12 million pixels, to meet the needs of various applications in the field of film and television animation.

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