Pilot upper limb working space evaluation system based on work efficiency evaluation stimulation platform

The invention provides a pilot upper limb working space evaluation system based on a work efficiency evaluation stimulation platform. The pilot upper limb working space evaluation system comprises a work efficiency evaluation stimulation platform subsystem for providing the operation for stimulating the real flight for a pilot, a 3D (three-dimensional) space coordinate location subsystem for capturing the action of the index finger tips of both hands of the pilot in the stimulated flight process, and acquiring the 3D coordinate values of the index finger tips, and a pilot upper limb working space evaluation subsystem which comprises a pilot upper limb working space calculation module, a pilot upper limb working space division module, a pilot hand 3D coordinate input module and a pilot upper limb operation domain evaluation module.