The invention relates to a touch flexible force simulation device, which comprises a cavity body arranged on the back of a hand of a human body, wherein the top of the cavity body is provided with anair inlet; the front end of the cavity body is provided with air ducts; one end of each air duct is communicated with the air delivery hole of the cavity body, and the other end of each air duct is communicated with the second air inlet of each fingerstall sheathed to each human body finger; the corresponding position of the palm of the human body is also provided with an air bag; one surface, which faces the palm of the human body, of the air bag is provided with a plurality of air outlets; the air bag is also provided with third air inlets; and each third air inlet is communicated with the cavity body through each air duct. The touch flexible force simulation device makes up the defects of an existing VR (Virtual Reality) technology that only visual simulation and auditory simulation arein the presence but touch simulation is ignored, and in addition, the touch flexible force simulation device has a simple structure, utilizes airflow vortexes and vibration to simulate the feeling ofpeople skin for touch, and has the characteristics of being small in volume, convenient in carrying and true in simulating the human body touch.