Cockpit driving work efficiency designing and evaluating system platform

The invention discloses a cockpit driving work efficiency designing and evaluating system platform. A slide guide rail is arranged on a cockpit base and sequentially connected with a pedal, a control column and a seat in a sliding mode from front to back. The height of the control column can be adjusted. The height and angle of the seat can both be adjusted. A display panel with an adjustable angle is arranged on an instrument board in the front of a cockpit. A throttle lever capable of being adjusted forwards and backwards and a plurality of control panels capable of being flexibly adjusted are arranged on the cockpit. By means of the structure, the platform can serve for process design, can analyze the foot reachability and leg actions and postures of a pilot at different positions, and can be used for analyzing the comfort of postures at different included angles; the rapid establishment of different configuration condition schemes, the comparison and analysis of advantages and disadvantages of different schemes and the multi-index comprehensive evaluation of cockpit man-machine work efficiency can be achieved; the cognition characteristics of the pilot under the small-screen independent display scheme and the large-screen comprehensive display screen can be compared, and the display panel is matched with the vision range of the pilot.