Motion platform system (PS-6TM-150, 6DOF)

Overview

The PS-6TM-150 motion platform system is a high-performance 6 degrees-of-freedom (6DOF) device designed to deliver precise and dynamic motion simulation. It enables movement along three translational axes (surge, sway, heave) and three rotational axes (roll, pitch, yaw), allowing the reproduction of complex real-world motion patterns. With a load capacity of up to 150 kg, the platform can accommodate a seated participant and integrated experimental setups. The system is controlled via dedicated software that allows the design, synchronization, and real-time modulation of motion trajectories, and can be coupled with immersive visual environments to create controlled, ecologically valid experimental conditions.

Research Applications

The motion platform is widely used in neuroscience and human behavior research to study multisensory integration, spatial orientation, balance, and motor control under realistic motion conditions. It enables the investigation of vestibular processing and its interaction with visual and proprioceptive inputs, supporting research in perception, navigation, and embodiment. The system is particularly valuable for studying sensorimotor adaptation, postural control, and motion sickness, as well as for simulating real-world scenarios such as driving or virtual navigation. In combination with neurophysiological recordings (e.g., EEG) and virtual reality environments, it facilitates advanced studies on brain dynamics during active or passive movement, with applications ranging from basic research to clinical and translational studies.