An electrode-wiring-equipped cloth material (100; 101; 102), comprising: a cloth material main body ; a first electrode section and a second electrode section that are provided on a surface of, or inside, the cloth material main body and that comprise a conductive linear body ; and a wiring section that is provided on the surface of, or inside, the cloth material main body and that comprises a conductive linear body ; and the conductive linear body of the first electrode section and the conductive linear body of the second electrode section are provided in a bent or curved manner so as to form planar first and second electrode sections; wherein at least one conductive linear body contained in the electrode sections and at least one conductive linear body contained in the wiring section are the same single conductive linear body ; characterised in that : the wiring section is provided adjacent to the first electrode section and the second electrode section ; the electrode-wiring-equipped cloth material has elasticity; and when the electrode-wiring-equipped cloth material (100; 101; 102) is elongated at 50% of a maximum elongation, a rate of change in resistance, measured in ohms, of the wiring section is 10% or less with respect to a resistance of the wiring section prior to elongation of the electrode-wiring-equipped cloth material (100; 101; 102), wherein the rate of change of resistance is determined as specified in the description. a cloth material main body ; a first electrode section and a second electrode section that are provided on a surface of, or inside, the cloth material main body and that comprise a conductive linear body ; and a wiring section that is provided on the surface of, or inside, the cloth material main body and that comprises a conductive linear body ; and the conductive linear body of the first electrode section and the conductive linear body of the second electrode section are provided in a bent or curved manner so as to form planar first and second electrode sections; wherein at least one conductive linear body contained in the electrode sections and at least one conductive linear body contained in the wiring section are the same single conductive linear body ; characterised in that : the wiring section is provided adjacent to the first electrode section and the second electrode section ; the electrode-wiring-equipped cloth material has elasticity; and when the electrode-wiring-equipped cloth material (100; 101; 102) is elongated at 50% of a maximum elongation, a rate of change in resistance, measured in ohms, of the wiring section is 10% or less with respect to a resistance of the wiring section prior to elongation of the electrode-wiring-equipped cloth material (100; 101; 102), wherein the rate of change of resistance is determined as specified in the description. the wiring section is provided adjacent to the first electrode section and the second electrode section ; the electrode-wiring-equipped cloth material has elasticity; and when the electrode-wiring-equipped cloth material (100; 101; 102) is elongated at 50% of a maximum elongation, a rate of change in resistance, measured in ohms, of the wiring section is 10% or less with respect to a resistance of the wiring section prior to elongation of the electrode-wiring-equipped cloth material (100; 101; 102), wherein the rate of change of resistance is determined as specified in the description. <EOS>