A method for operating a vehicle which comprises a first and a second camera configured to capture an area surrounding the vehicle, - in which the first camera -- has a first field of view, -- captures a first individual image (PIC_1) of the first field of view, and -- provides first image data of the first individual image (PIC_1), - in which the second camera -- has a second field of view, which overlaps the first field of view in an overlap region (- B), -- captures a second individual image (PIC_2) of the second field of view, and -- provides second image data of the second individual image (PIC_2), - in which an object correction is performed depending on the first and second image data and comprises the following steps: -- determining a distance (DIST) of any objects imaged in the second individual image (PIC_2) from a predetermined reference point; -- determining an angle of each object in relation to a predetermined reference axis; -- in each case depending on the determined distance (DIST) and the determined angle of a particular object, determining whether said object is located in the overlap region (- B), and, if it is determined that said object is located in the overlap region (- B), removing said object from the second individual image (PIC_2); and - in which an overall image is determined once the object correction has been performed, wherein the overall image is composed depending on the first individual image (PIC_1) and the second individual image (PIC_2). - in which the first camera -- has a first field of view, -- captures a first individual image (PIC_1) of the first field of view, and -- provides first image data of the first individual image (PIC_1), -- has a first field of view, -- captures a first individual image (PIC_1) of the first field of view, and -- provides first image data of the first individual image (PIC_1), - in which the second camera -- has a second field of view, which overlaps the first field of view in an overlap region (- B), -- captures a second individual image (PIC_2) of the second field of view, and -- provides second image data of the second individual image (PIC_2), -- has a second field of view, which overlaps the first field of view in an overlap region (- B), -- captures a second individual image (PIC_2) of the second field of view, and -- provides second image data of the second individual image (PIC_2), - in which an object correction is performed depending on the first and second image data and comprises the following steps: -- determining a distance (DIST) of any objects imaged in the second individual image (PIC_2) from a predetermined reference point; -- determining an angle of each object in relation to a predetermined reference axis; -- in each case depending on the determined distance (DIST) and the determined angle of a particular object, determining whether said object is located in the overlap region (- B), and, if it is determined that said object is located in the overlap region (- B), removing said object from the second individual image (PIC_2); and -- determining a distance (DIST) of any objects imaged in the second individual image (PIC_2) from a predetermined reference point; -- determining an angle of each object in relation to a predetermined reference axis; -- in each case depending on the determined distance (DIST) and the determined angle of a particular object, determining whether said object is located in the overlap region (- B), and, if it is determined that said object is located in the overlap region (- B), removing said object from the second individual image (PIC_2); and - in which an overall image is determined once the object correction has been performed, wherein the overall image is composed depending on the first individual image (PIC_1) and the second individual image (PIC_2).