System for determining a state of health of an elastomer product , the system comprising: an elastomer product containing a first elastomer material , a transceiver , and an evaluation unit coupled to the transceiver , wherein the elastomer product comprises an elastomer resonator and a metal resonator , wherein the elastomer resonator is embedded in the first elastomer material of the elastomer product , wherein the elastomer resonator is formed by a strip of a second, electrically conductive elastomer material, wherein the metal resonator is arranged on an outer side of the elastomer product so that the metal resonator and the elastomer resonator are arranged opposite and free of contact from one another, wherein the metal resonator , the elastomer resonator and a portion of the first elastomer material that is arranged between the metal resonator and the elastomer resonator form a measurement resonator , the reflection coefficient (s2, s3, s4) of which is dependent on the permittivity of the first elastomer material and on the electrical conductivity of the elastomer resonator , wherein the transceiver is designed to generate an alternating electromagnetic field , wherein the measurement resonator is designed to be coupled into the alternating field and to modify the alternating field in such a way that the alternating field has a resonant frequency (f2, f3, f4) marked by the reflection coefficient (s2, s3, s4) of the measurement resonator , wherein the transceiver is designed to detect the alternating field and to generate a measurement signal that represents the alternating field and/or the resonant frequency (f2, f3, f4) of the alternating field , and wherein the evaluation unit is designed to determine a state of health of the elastomer product on the basis of the measurement signal. an elastomer product containing a first elastomer material , a transceiver , and an evaluation unit coupled to the transceiver , wherein the elastomer product comprises an elastomer resonator and a metal resonator , wherein the elastomer resonator is embedded in the first elastomer material of the elastomer product , wherein the elastomer resonator is formed by a strip of a second, electrically conductive elastomer material, wherein the metal resonator is arranged on an outer side of the elastomer product so that the metal resonator and the elastomer resonator are arranged opposite and free of contact from one another, wherein the metal resonator , the elastomer resonator and a portion of the first elastomer material that is arranged between the metal resonator and the elastomer resonator form a measurement resonator , the reflection coefficient (s2, s3, s4) of which is dependent on the permittivity of the first elastomer material and on the electrical conductivity of the elastomer resonator , wherein the transceiver is designed to generate an alternating electromagnetic field , wherein the measurement resonator is designed to be coupled into the alternating field and to modify the alternating field in such a way that the alternating field has a resonant frequency (f2, f3, f4) marked by the reflection coefficient (s2, s3, s4) of the measurement resonator , wherein the transceiver is designed to detect the alternating field and to generate a measurement signal that represents the alternating field and/or the resonant frequency (f2, f3, f4) of the alternating field , and wherein the evaluation unit is designed to determine a state of health of the elastomer product on the basis of the measurement signal. <EOS>