The invention discloses high-voltage step voltage somatosensory equipment. The high-voltage step voltage somatosensory equipment is characterized by comprising a control system for controlling and adjusting parameters of parts in the equipment, a simulated ground with an equipotential coil, a footprint induction device for detecting walking footprints of a person on the simulated ground, a simulated electric shock device for making trainees experience step voltage and contact voltage, and a presentation device for displaying the walking track of the trainees and the voltage value of triggered high-voltage step voltage and giving a warning sound when the trainees trigger the high-voltage step voltage. Due to the somatosensory equipment, the trainees can better learn how to safely walk in and escape from a high-voltage step voltage electric field area, and hazards which may be brought by non-standard operation in high-voltage step voltage electric field area can be visually experienced on the premise of safety so that a better training effect can be achieved.