Apparatus for repositioning panels, in particular glass panels, of large surface area, comprising the following features: a) a transportation apparatus which is equipped with conveying rollers, wherein the conveying rollers run in two tracks which run in parallel and at a distance, and the conveying rollers are driven individually, b) a large number of stacking robots which are arranged next to one another and which each have two pivotable main arms, a rotary joint which is connected in an articulated manner and has a synchronous drive, a robot arm which is connected to said rotary joint in an articulated manner and has a pivot head, and a suction device frame which is fastened to said robot arm, c) a large number of adhesive elements which are supported on the suction device frame by transverse webs which are arranged in a comb-like manner, and d) a stacking framework on which a panel, in particular a glass panel, can be set down with the air side or with the bath side at the top, wherein e) for repositioning the panels, in particular glass panels, of large surface area and of extreme size in the order of greater than 40 meters in length and greater than 6 meters in width, said panels can be held from the bath side or from the air side, the conveying rollers run in two tracks which run in parallel and at a distance, wherein the horizontal distance of the conveying rollers in relation to one another can be varied, f) the suction device frames are fitted with laser sensors for coordinating the position of adjacent suction device frames by the laser sensors being able to emit laser beams for the purpose of communication with the respectively adjacent suction device frame, but also to receive laser beams of this kind as communication signals, so that said laser sensors can coordinate the control of drives of a robot basic frame, g) the robot basic frames each have light field sensors for coordinating the position of the entire glass panel, which light field sensors are able to contribute to superordinate data-related coordination of the adhesion elements involved over the entire region of the glass panel, and h) the position of the individual rollers of the transportation apparatus can be shifted horizontally by means of particular actuating motors. a) a transportation apparatus which is equipped with conveying rollers, wherein the conveying rollers run in two tracks which run in parallel and at a distance, and the conveying rollers are driven individually, b) a large number of stacking robots which are arranged next to one another and which each have two pivotable main arms, a rotary joint which is connected in an articulated manner and has a synchronous drive, a robot arm which is connected to said rotary joint in an articulated manner and has a pivot head, and a suction device frame which is fastened to said robot arm, c) a large number of adhesive elements which are supported on the suction device frame by transverse webs which are arranged in a comb-like manner, and d) a stacking framework on which a panel, in particular a glass panel, can be set down with the air side or with the bath side at the top, wherein e) for repositioning the panels, in particular glass panels, of large surface area and of extreme size in the order of greater than 40 meters in length and greater than 6 meters in width, said panels can be held from the bath side or from the air side, the conveying rollers run in two tracks which run in parallel and at a distance, wherein the horizontal distance of the conveying rollers in relation to one another can be varied, f) the suction device frames are fitted with laser sensors for coordinating the position of adjacent suction device frames by the laser sensors being able to emit laser beams for the purpose of communication with the respectively adjacent suction device frame, but also to receive laser beams of this kind as communication signals, so that said laser sensors can coordinate the control of drives of a robot basic frame, g) the robot basic frames each have light field sensors for coordinating the position of the entire glass panel, which light field sensors are able to contribute to superordinate data-related coordination of the adhesion elements involved over the entire region of the glass panel, and h) the position of the individual rollers of the transportation apparatus can be shifted horizontally by means of particular actuating motors.