Virtuality and reality combined maze experiment device

The invention provides a virtuality and reality combined maze experiment device comprising a test board, a controller and a data input and output module with a human-computer interaction interface. The test board is divided into a virtual test part and a real test part. The virtual test part comprises a virtual test touch screen and a virtual test pen. The real test device comprises tunnels, tunnel walls and real test bars. The human-computer interaction interface of the data input and output module is provided with a power switch, a reset switch, a mode selection button and a test result display interface. The controller comprises a data acquisition module, a data processing module and a data output module. The beneficial effects of the virtuality and reality combined maze experiment device are that the virtuality and reality combined maze test experiment device is provided, and the test effect and data accuracy under the condition of visual elimination can be enhanced for a tester via the virtual test; and pressure sensors are additionally arranged so that the state of the real test bar can be monitored in real time and thus the insufficiency of existing equipment can be effectively compensated.