An arrangement, comprising at least one snap-in hook for play-free and sturdy latching of two components and at least one corresponding latching device, wherein - the at least one snap-in hook has a base section and a locking section, - the base section and the locking section are connected to one another by means of a flexible section, and the flexible section has resilient properties, - the flexible section has a first arm extending obliquely from the base section and a second arm, extending obliquely in turn from the first arm, at the end of which the locking section is formed, wherein a connecting region is located between the first arm and the second arm, - the locking section has a section with a bevel, - the at least one snap-in hook is arranged on a first component, and the at least one corresponding latching device is arranged on a second component, - in the latched state of the at least one snap-in hook and the at least one corresponding latching device, the locking section of the at least one snap-in hook engages behind at least one latching section of the at least one latching device, - the flexible section is tensioned with respect to an unlocked state, and - the at least one latching device has a retaining element which exerts a pressure on the flexible section when the at least one snap-in hook is inserted, characterised in that the at least one latching device is a bracket, and this bracket has a wall and a latching element positioned opposite the wall with the at least one latching section, wherein the wall and the latching element positioned opposite extend in the insertion direction of the at least one snap-in hook, and during the insertion of the at least one snap-in hook, the section of the locking section slides through the bracket, over the bevel on the inside of the latching element along the at least one latching device, wherein the connecting region of the first arm and the second arm is pressed against the wall, and the locking section is compressed over the bevel and the snap-in hook is elongated, wherein the locking section is at a greater distance from the base section and, after passing over the at least one latching section, the second arm springs back and engages behind the at least one latching section. - the at least one snap-in hook has a base section and a locking section, - the base section and the locking section are connected to one another by means of a flexible section, and the flexible section has resilient properties, - the flexible section has a first arm extending obliquely from the base section and a second arm, extending obliquely in turn from the first arm, at the end of which the locking section is formed, wherein a connecting region is located between the first arm and the second arm, - the locking section has a section with a bevel, - the at least one snap-in hook is arranged on a first component, and the at least one corresponding latching device is arranged on a second component, - in the latched state of the at least one snap-in hook and the at least one corresponding latching device, the locking section of the at least one snap-in hook engages behind at least one latching section of the at least one latching device, - the flexible section is tensioned with respect to an unlocked state, and - the at least one latching device has a retaining element which exerts a pressure on the flexible section when the at least one snap-in hook is inserted, characterised in that the at least one latching device is a bracket, and this bracket has a wall and a latching element positioned opposite the wall with the at least one latching section, wherein the wall and the latching element positioned opposite extend in the insertion direction of the at least one snap-in hook, and during the insertion of the at least one snap-in hook, the section of the locking section slides through the bracket, over the bevel on the inside of the latching element along the at least one latching device, wherein the connecting region of the first arm and the second arm is pressed against the wall, and the locking section is compressed over the bevel and the snap-in hook is elongated, wherein the locking section is at a greater distance from the base section and, after passing over the at least one latching section, the second arm springs back and engages behind the at least one latching section.