Arrangement for influencing and/or detecting a dynamic or static property of a support structure having a support structure surface, said arrangement comprising at least one planar first actuator element that includes at least one electrically and/or magnetically activated transducer material, and comprising a fibre composite material which joins the first actuator element in a planar manner directly or indirectly to the support structure surface and which has at least a first fibre layer and a curable matrix, wherein the first fibre layer a) at least partly covers the first actuator element resting directly or indirectly on the support structure surface, b) protrudes beyond the first actuator element on both sides along at least one spatial direction running parallel to the support structure surface, and c) at least in regions protruding into the first actuator element, permanently adheres directly to at least some areas of the support structure surface by means of the curable matrix, and a second layer sequence, comprising at least one second actuator element and one second fibre layer, which is permanently joined in planar manner indirectly or directly to the first fibre layer that covers the first actuator element; wherein the second fibre layer at least partially covers the second actuator element, protrudes on both sides thereof at least along the at least one spatial direction running parallel to the support structure surface, and at least in regions protruding into the second actuator element, permanently adheres directly to at least some areas of the support structure surface by means of the curable matrix, characterized in that the second fibre layer also protrudes beyond the first fibre layer on both sides, at least along the at least one spatial direction running parallel to the support structure surface, and at least in the regions protruding beyond the second actuator element and the first fibre layer, permanently adheres directly to at least some areas of the support structure surface by means of the curable matrix. a) at least partly covers the first actuator element resting directly or indirectly on the support structure surface, b) protrudes beyond the first actuator element on both sides along at least one spatial direction running parallel to the support structure surface, and c) at least in regions protruding into the first actuator element, permanently adheres directly to at least some areas of the support structure surface by means of the curable matrix, and a second layer sequence, comprising at least one second actuator element and one second fibre layer, which is permanently joined in planar manner indirectly or directly to the first fibre layer that covers the first actuator element; wherein the second fibre layer at least partially covers the second actuator element, protrudes on both sides thereof at least along the at least one spatial direction running parallel to the support structure surface, and at least in regions protruding into the second actuator element, permanently adheres directly to at least some areas of the support structure surface by means of the curable matrix, characterized in that the second fibre layer also protrudes beyond the first fibre layer on both sides, at least along the at least one spatial direction running parallel to the support structure surface, and at least in the regions protruding beyond the second actuator element and the first fibre layer, permanently adheres directly to at least some areas of the support structure surface by means of the curable matrix. a second layer sequence, comprising at least one second actuator element and one second fibre layer, which is permanently joined in planar manner indirectly or directly to the first fibre layer that covers the first actuator element; wherein the second fibre layer at least partially covers the second actuator element, protrudes on both sides thereof at least along the at least one spatial direction running parallel to the support structure surface, and at least in regions protruding into the second actuator element, permanently adheres directly to at least some areas of the support structure surface by means of the curable matrix, characterized in that the second fibre layer also protrudes beyond the first fibre layer on both sides, at least along the at least one spatial direction running parallel to the support structure surface, and at least in the regions protruding beyond the second actuator element and the first fibre layer, permanently adheres directly to at least some areas of the support structure surface by means of the curable matrix.