XEROmotion delivered and implemented an optical motion capture system for Index Robotics, a robotics technology company. The project included the deployment of HALO s13 optical motion capture cameras along with the HELIX operating software. Optical Motion Capture System for Robotics Development Index Robotics conducts research based on real human motion data to develop natural robotic movements and advanced control algorithms. To support these objectives, XEROmotion designed

Motion capture solution XEROmotion has officially obtained CE (Europe), FCC (United States), and PSE (Japan) certifications, earning global recognition for its safety and reliability. These certifications confirm that XEROmotion, as an optical motion capture system, meets the safety standards and electromagnetic regulations required in each respective market. With this achievement, XEROmotion is now positioned as a stable and trusted solution not only in Korea but also across

VTuber concerts and 3D showcase events require a different production approach compared to standard music videos. Multi-performer tracking, large-stage movement coverage, and stable live-style performance capture must all operate simultaneously within a reliable motion capture environment. This article introduces real-world cases where the optical motion capture system XEROmotion was used in VTuber 3D concert and showcase productions. DOPAMINE 3rd VTuber Concert “PANORAMA” Th

How are you preparing for your next VTuber MV production? Creating a 3D VTuber MV is more than just animating a character.It requires precise motion capture data, stable tracking performance, and an efficient post-production workflow. XEROmotion is a commercially proven optical motion capture system that has been used in multiple VTuber MV projects. Below are selected case studies. Kyaang – “Piece of Summer” MV SOOP streamer Kyaang released her original music video“Piece of S

Customer Overview The Bio-Inspired Robotics & Design Lab in the Department of Mechanical Engineering at POSTECH (Pohang University of Science and Technology) conducts research on robotics and engineering design inspired by biological motion and behavior. To support its research, the lab requires highly accurate motion data for analysis, validation, and robotic system development. Project Background To advance its bio-inspired robotics research, the lab needed a high-precision