A Kibble balance that can be operated in a static operating mode and a dynamic operating mode, with (a) a load receiver for receiving a weight, (b) a spool that can be supplied with a current, (c) a permanent magnet that generates a magnetic field, and (d) a resistance element, (e) wherein the spool that can be supplied with a current is mounted in the magnetic field in such a way that a weight force F G exerted by the weight on the load receiver in the static operating mode can be compensated by an electromagnetic force F E acting on the spool by supplying the spool with a current I K, and (f) wherein the Kibble balance is configured to (i) determine a voltage U dropping across the resistance element when the spool is supplied with the current I K in the static operating mode, and (ii) determine a voltage U ind induced in the spool when the spool is moved through the magnetic field at a speed v in the dynamic operating mode, characterised in that (g) the resistance element comprises at least two sub-resistance elements, wherein the at least two sub-resistance elements can be brought into at least a first circuit arrangement and a second circuit arrangement, a resulting overall resistance of the resistance element in the first circuit arrangement differing from the resulting overall resistance of the resistance element in the second circuit arrangement, (h) wherein - the spool that can be supplied with a current features a first spool element and a second spool element, wherein the first spool element and the second spool element can be supplied with a current simultaneously or separately, and/or - the spool that can be supplied with a current features a plurality of contact points via which the spool can be supplied with a current, such that an effective length of the spool that can be supplied with a current is adjustable. (a) a load receiver for receiving a weight, (b) a spool that can be supplied with a current, (c) a permanent magnet that generates a magnetic field, and (d) a resistance element, (e) wherein the spool that can be supplied with a current is mounted in the magnetic field in such a way that a weight force F G exerted by the weight on the load receiver in the static operating mode can be compensated by an electromagnetic force F E acting on the spool by supplying the spool with a current I K, and (f) wherein the Kibble balance is configured to (i) determine a voltage U dropping across the resistance element when the spool is supplied with the current I K in the static operating mode, and (ii) determine a voltage U ind induced in the spool when the spool is moved through the magnetic field at a speed v in the dynamic operating mode, (i) determine a voltage U dropping across the resistance element when the spool is supplied with the current I K in the static operating mode, and (ii) determine a voltage U ind induced in the spool when the spool is moved through the magnetic field at a speed v in the dynamic operating mode, (g) the resistance element comprises at least two sub-resistance elements, wherein the at least two sub-resistance elements can be brought into at least a first circuit arrangement and a second circuit arrangement, a resulting overall resistance of the resistance element in the first circuit arrangement differing from the resulting overall resistance of the resistance element in the second circuit arrangement, (h) wherein - the spool that can be supplied with a current features a first spool element and a second spool element, wherein the first spool element and the second spool element can be supplied with a current simultaneously or separately, and/or - the spool that can be supplied with a current features a plurality of contact points via which the spool can be supplied with a current, such that an effective length of the spool that can be supplied with a current is adjustable. - the spool that can be supplied with a current features a first spool element and a second spool element, wherein the first spool element and the second spool element can be supplied with a current simultaneously or separately, and/or - the spool that can be supplied with a current features a plurality of contact points via which the spool can be supplied with a current,