Disclosed is a hole fall experiencing device. A main body of the device is a double-layer frame body which is separated by a baffle. The top of the double-layer frame body is connected with a safety rope and a crash pad is laid at the bottom of the double-layer frame body. A hole is arranged in the baffle. Two escape doors are arranged at the hole. The hole escape doors are fixedly connected with door shafts. The door shafts are movably connected with the baffle. The door shafts are connected with a handle, which controls the hole escape doors to close, through a transmission mechanism. The hole fall experiencing device is simple and reasonable in structure. When the hole fall experiencing device is use, through a most direct simulating experiencing method, visual education is carried out on construction personnel so that under a safe and controllable condition, the personnel experience harms brought by a hole fall accident and personnel consciousness of attaching importance to potential safety hazards is improved and thus a happening rate of site safety accidents is reduced. The device does not need water or electrical energy and is free from pollution, low in manufacturing cost, convenient to disassemble and capable of being recycled so that economic benefits of enterprises are realized and excellent social and environment benefits are also derived. The device is widely applicable to security education of construction personnel.