The invention provides a reconstruction method for a three-dimensional model of an object. The method is based on a fisheye camera and multiple plane mirror devices and comprises the following steps: acquiring the multi-visual angle data of the object placed in the angle range of the plane mirror by combining the fisheye lens and the plane mirror and making full use of the wide angle advantage ofthe fisheye lens; binarizing the acquired picture data; extracting the contour lines of the object at different viewpoints; calibrating the fisheye camera according to the characteristic points in the image; calculating the parameters of a real camera and a virtual camera; and performing multi-visual angle three-dimensional reconstruction on the object by using the contour lines of the object andthe camera parameters. Through the method of the invention, all information of the object at different viewpoints can be obtained by using only one picture; and each camera spatially conforms to regular geometric distribution, so the calibration error of the camera parameters is greatly reduced and the precision of the three-dimensional reconstruction of the model is remarkably improved.