The invention is suitable for a somatosensory education system, which can be suitable for somatic sensation and is a sensing technology similar to tactile sensation, pressure sensation, proprioceptionand the like. The system relates to high-end technologies such as optics and electromagnetics, and can be combined with technologies such as 3G technology, brain wave detection, Internet of Things and the like. The system senses physical parameters of limb actions of a user, and is applied to mechanics perception teaching, electromagnetism cognition teaching and rotation perception teaching. Theoptical sensing technology enables limb actions of human body images to be interacted with contents in a game. The inertia and optical combined sensing technology can be applied to simulation driving,collision test and simulation test operation. According to the system, a training mode that theoretical explanation and student experience are carried out at the same time and students are taken as main roles and teachers as auxiliary roles is carried out, and education courses are developed in a classroom in a scene experience mode, so that real-time interaction between the teachers and the students and among the students can be realized. The classroom efficiency is improved, the education becomes diversified, the education content is enriched, and the education has a more practical effect.