Collaborative Control
Facilitate coordinated movement across ground and aerial robotic systems.
Exoskeleton Robots
Engineer exoskeletons with enhanced biomimicry for natural human movement emulation.
Bionic Robots
Implement precision tracking and guidance systems for bionic robots.
Multirotor Drones
Achieve accurate positioning and control of multirotor drones.
Robotic Arms
Utilize 6DoF data for high-precision control of robotic arm manipulation.
Displacement Measurement
Accurately measure displacement and generate 3D coordinates across expansive areas.
Ships, Oceanic, and Underwater Applications
Capture 6DoF motion data from underwater vehicles and vessels.
Medical Robots & Surgical Navigation
Support navigation and control systems for diverse surgical robots.
Special Scenarios
Provide real-time positioning data for autonomous driving and inspection applications.
Ideal for capturing 1-10 individuals simultaneously within the same space
Applications: game CG, game animation, 3D animation, VFX, advertising
Trackable Objects: Humans, props, or animals (e.g., horses, monkeys, sheep)
Through the Sync Unit, NOKOV Motion Capture System can sync to dozens of external sources, including Genlock signals. Highly precise frame timing is also possible with SMTPE Time Code.
• Collect real-time action data from actors/actresses for matching and binding to animated characters.
• Synchronize the animated character's movements with the actor/actress and display capture effects simultaneously.
• Control virtual cameras to compose realistic scenes.
Provides a complete suite of motion capture camera hardware, as well as user-friendly and powerful data processing software.
Efficiently and manually refine data by deleting, filling, and smoothing, to generate more lifelike and fluid movements for humans or animals, enhancing the efficiency and quality of animation production.
Each actor has 53 reflective markers attached. Within an area of 15m × 20m × 6m, we can capture 2332 reflective markers simultaneously, even under occluded conditions. Additionally, the software can quickly map the actors to their respective human models.
The Mars 2H, Mars 4H, and Mars 12H models offer a wide range of frequencies, from 180Hz to 380Hz, and resolutions, from 2.2 million to 12 million pixels, making them suitable for a variety of film and television animation needs.
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