Applications in
Marine & Underwater

TIWTE, China launched the first hydro-elastic physical model test for the Submerged Floating Tunnel ,potentially revolutionizing cross-sea transport for vehicles and trains, with NOKOV Motion Capture system measuring tunnel's dynamic respond and motion deformation.

This study analyzes floating triboelectric nanogenerators' (F-TENGs) dynamic behavior and energy flow using NOKOV Motion Capture to track 6DoF motion, providing insights for optimizing F-TENGs in wave-energy conversion.

Inspired by the sensitive whiskers of harbor seals, this study designed a deep learning-assisted biomimetic underwater triboelectric whisker sensor (UTWS) for passively perceiving various hydrodynamic flow fields and real-time state estimation of underwater vehicles. NOKOV motion capture system provides high-precision underwater vehicle positioning data.

Regardless of being underwater, on the surface, or during the process of diving and emerging from water, NOKOV motion capture system can accurately track the markers on ROV without losing any points.