Method for automatic panoramic reconstruction of an output image composed of pixels from at least two at least partially overlapping digital input images (P1, P2), implemented by a system for automatic panoramic reconstruction including a module for pairing digital images and a processing circuit for transforming data representative of input images (21, 22) and producing data representative of output images, including a step for selection of a common zone of overlap between two input images (P1, P2) from which, by virtue of the module for pairing digital images, among the data (21,22) representative of the two input images (P1, P2), two series of working data (211, 212) representative of the respective overlapping zones are selected, the selection step being followed by a step for determining in the common zone corresponding pairs of significant pixels on each of the two input images (P1, P2), the pixels of a pair of respective position coordinates xl, yl and xk, yk representing a same visual detail in the common zone, the method comprising a calculation step using the processing circuit in order: - firstly, to determine at least one transformation of matrix type between the two input images (P1, P2) and determine a focal length with a view to rebonding, said respective position coordinates xl, yl and xk, yk being used by the processing circuit to determine the transformation of matrix type; - secondly, in a perspective correction step, to carry out a correction of perspective errors by taking account of a depth component for each of the pairs of significant pixels and redetermining said transformation of matrix type; the method also comprising an assembling step by a cylindrical type rebonding after recovery of a set of pixels representative of an overlay of the input images, said overlay being deduced from the transformation of matrix type determined in said calculation step, the calculation step using the processing circuit in order to determine notably a first transformation matrix to be applied at least to the common zone and comprising in addition a determination by the processing circuit of a second transformation matrix to be applied at least to the remainder of the input images (P1, P2), the perspective correction step comprising a step for addition to each of the paired significant pixels of an additional depth component zk, zl and a step for determining in the common zone a background in which the pixels have values greater than 1 for the additional depth component zk, zl. - firstly, to determine at least one transformation of matrix type between the two input images (P1, P2) and determine a focal length with a view to rebonding, said respective position coordinates xl, yl and xk, yk being used by the processing circuit to determine the transformation of matrix type; - secondly, in a perspective correction step, to carry out a correction of perspective errors by taking account of a depth component for each of the pairs of significant pixels and redetermining said transformation of matrix type; the method also comprising an assembling step by a cylindrical type rebonding after recovery of a set of pixels representative of an overlay of the input images, said overlay being deduced from the transformation of matrix type determined in said calculation step, the calculation step using the processing circuit in order to determine notably a first transformation matrix to be applied at least to the common zone and comprising in addition a determination by the processing circuit of a second transformation matrix to be applied at least to the remainder of the input images (P1, P2), the perspective correction step comprising a step for addition to each of the paired significant pixels of an additional depth component zk, zl and a step for determining in the common zone a background in which the pixels have values greater than 1 for the additional depth component zk, zl.