Fluid pump for delivering a liquid fluid, comprising: an electric motor and a pump stage driven by the electric motor and having a pump impeller, wherein the electric motor is designed to run dry, wherein the pump stage is sealed off with respect to the electric motor by means of a seal in a region of a pump-side shaft end of a rotor of the electric motor that extends in the pump stage until through the pump impeller, and wherein a fluidic connection which relieves the load on the seal is provided to dissipate the fluidic pressure in a region close to the seal between the seal and an inlet of the fluid pump, characterized in that at least one clearance which is fluidically connected both to the seal and to the inlet is provided in the shaft end and/or in the pump impeller in a driver connection between the shaft end and the pump impeller, the clearance forming a first pressure relief means, wherein at least one pressure relief through hole which is fluidically connected both to the seal and to the inlet is provided in the pump impeller in a region of the driver connection, wherein the first pressure relief through hole forms a second pressure relief means, wherein at least one second pressure relief through hole which fluidically connects the seal to the inlet is formed in a region of a housing section forming the inlet of the fluid pump, wherein the second pressure relief through hole forms a third pressure relief means, wherein a receptacle in which at least one elastically compressible compensating element is arranged to accommodate icing-induced expansion of the fluid that occurs in the pump stage is provided in a housing section of the fluid pump, adjacent to the pump stage, wherein the receptacle is fluidically connected on one side to the shaft end and on the other side to the seal via the first and/or second pressure relief means and also to the inlet via the third pressure relief means. an electric motor and a pump stage driven by the electric motor and having a pump impeller, wherein the electric motor is designed to run dry, wherein the pump stage is sealed off with respect to the electric motor by means of a seal in a region of a pump-side shaft end of a rotor of the electric motor that extends in the pump stage until through the pump impeller, and wherein a fluidic connection which relieves the load on the seal is provided to dissipate the fluidic pressure in a region close to the seal between the seal and an inlet of the fluid pump, characterized in that at least one clearance which is fluidically connected both to the seal and to the inlet is provided in the shaft end and/or in the pump impeller in a driver connection between the shaft end and the pump impeller, the clearance forming a first pressure relief means, wherein at least one pressure relief through hole which is fluidically connected both to the seal and to the inlet is provided in the pump impeller in a region of the driver connection, wherein the first pressure relief through hole forms a second pressure relief means, wherein at least one second pressure relief through hole which fluidically connects the seal to the inlet is formed in a region of a housing section forming the inlet of the fluid pump, wherein the second pressure relief through hole forms a third pressure relief means, wherein a receptacle in which at least one elastically compressible compensating element is arranged to accommodate icing-induced expansion of the fluid that occurs in the pump stage is provided in a housing section of the fluid pump, adjacent to the pump stage, wherein the receptacle is fluidically connected on one side to the shaft end and on the other side to the seal via the first and/or second pressure relief means and also to the inlet via the third pressure relief means.