The invention relates to the technical field of a vehicle switch, and in particular to an inductive switch structure for a vehicle. The inductive switch structure includes a housing, a lamp bead and acontrol module which are arranged in the shell, and a transparent skin attached to the housing. The control module includes a built-in circuit board, a single-chip microcomputer, a magnetic field generating conductor, a magnetic flux sensor and an electric connector, wherein the magnetic field generate conductor is used for generating a reference magnetic field. The single-chip microcomputer calculates a magnetic flux change of the reference magnetic field through the magnetic flux sensor. The single-chip microcomputer illuminates or extinguishes the lamp bead according to the magnetic flux change of the reference magnetic field. A light transmitting part is arranged in the housing, and light emitted from the lamp bead penetrates through the transparent skin through the light transmittingpart. When in use, a shielding member approaches the housing, and the single chip microcomputer starts or shuts down the control action of the vehicle through the main control system of the vehicle according to the magnetic flux change of the reference magnetic field, and at the same time, whether the control action is successfully triggered is known by using lighting or extinguishing of the lampbead.. The inductive switch structure of the invention further has advantages of improving use performance of the switch, and realizing intelligent control of the vehicle.