Kongju National University’s Department of Architecture has implemented XEROmotion’s HALO v22 optical mocap system for concrete structure experiments. Along with the system installation, XEROmotion provided hands-on training to help researchers operate and utilize the system effectively. Optical Mocap for Precise Structural Deformation Measurement In the structural testing laboratory at Kongju National University, researchers conduct experiments to evaluate the performance of

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

XEROmotion successfully deployed and delivered training for the HALO v22 Optical Motion Capture system at Chosun University, Department of IT Convergence. This project focused on establishing an optical motion capture–based research environment to support and enhance quadruped robot autonomous navigation research. Project Overview Optical Motion Capture for Quadruped Robot Autonomous Navigation The Department of IT Convergence at Chosun University required a high-precision op