See-through security element with a front side formed by a first main surface of the see-through security element and a rear side formed by a second main surface of the see-through security element, wherein the see-through security element has at least one first area or at least one first area and at least one second area when viewed perpendicular to the plane spanned by the first main surface, wherein the see-through security element has a first element which has one or more transparent first sub-areas and at least one reflective second sub-area, wherein the see-through security element has a second element which has one or more first sub-areas, each of which forms a colour filter during transmission that is coordinated with a respectively assigned colour, and at least one second sub-area, which is designed to be colourless, in particular colourless and transparent, or which forms during transmission and/or reflection a colour filter which is coordinated with a colour that is not assigned to any of the one or more first sub-areas of the second element, wherein the first sub-areas of the first element and the first sub-areas of the second element overlap at least partially when viewed perpendicular to the plane spanned by the first main surface, characterised in that, in the first area of the see-through security element, the first sub-areas of the first element are assigned to a first group of first sub-areas and to a second group of first sub-areas, in that the one or more first sub-areas of the first element, which are assigned to the first group, in each case congruently overlap with an assigned first sub-area of the second element when viewed perpendicular to the plane spanned by the first main surface, and in that the one or more first sub-areas of the first element, which are assigned to the second group, in each case overlap with the at least one second sub-area of the second element, wherein, in the first area of the see-through security element, the first sub-areas of the second element are assigned to two or more groups of first sub-areas, and wherein each of the groups of first sub-areas is assigned a respective colour, wherein the colours assigned to the groups differ, and the colour filter which is formed in the respective first sub-areas is coordinated with the respectively assigned colour. wherein the see-through security element has a first element which has one or more transparent first sub-areas and at least one reflective second sub-area, wherein the see-through security element has a second element which has one or more first sub-areas, each of which forms a colour filter during transmission that is coordinated with a respectively assigned colour, and at least one second sub-area, which is designed to be colourless, in particular colourless and transparent, or which forms during transmission and/or reflection a colour filter which is coordinated with a colour that is not assigned to any of the one or more first sub-areas of the second element, wherein the first sub-areas of the first element and the first sub-areas of the second element overlap at least partially when viewed perpendicular to the plane spanned by the first main surface, characterised in that, in the first area of the see-through security element, the first sub-areas of the first element are assigned to a first group of first sub-areas and to a second group of first sub-areas, in that the one or more first sub-areas of the first element, which are assigned to the first group, in each case congruently overlap with an assigned first sub-area of the second element when viewed perpendicular to the plane spanned by the first main surface, and in that the one or more first sub-areas of the first element, which are assigned to the second group, in each case overlap with the at least one second sub-area of the second element, wherein, in the first area of the see-through security element, the first sub-areas of the second element are assigned to two or more groups of first sub-areas, and wherein each of the groups of first sub-areas is assigned a respective colour, wherein the colours assigned to the groups differ, and the colour filter which is formed in the respective first sub-areas is coordinated with the respectively assigned colour.