Fuel container condensate discharge device, having a hollow body extending in a longitudinal direction, which hollow body has a peripheral wall, a first longitudinal end and a second longitudinal end, wherein the first longitudinal end and the second longitudinal end are closed and an inflow opening is designed in the peripheral wall, which inflow opening extends starting from the first longitudinal end in the direction of the second longitudinal end, wherein a drain opening is designed in the peripheral wall, which drain opening is opposite the inflow opening, wherein a separating wall is designed within the longitudinal hollow body, which separating wall extends from the first longitudinal end in the direction of the second longitudinal end and which has a free end, wherein the separating wall divides the longitudinal hollow body into a condensate receiving channel, which is flow-connected to the inflow opening, and a condensate discharge channel, which is flow-connected to the drain opening, wherein the condensate receiving channel and the condensate discharge channel are flow-connected to each other via a passage designed between the free end of the separating wall and the second longitudinal end, wherein the drain opening and the inflow opening are arranged to be overlapping with an overlap length as viewed in the longitudinal direction of the hollow body, characterized in that the drain opening is arranged offset in longitudinal direction and circumferentially to the inflow opening, wherein a distance between a centre axis of the inflow opening and a centre axis of the drain opening is less than 12% of an overall length of the longitudinal hollow body as viewed in a longitudinal direction. wherein the first longitudinal end and the second longitudinal end are closed and an inflow opening is designed in the peripheral wall, which inflow opening extends starting from the first longitudinal end in the direction of the second longitudinal end, wherein a drain opening is designed in the peripheral wall, which drain opening is opposite the inflow opening, wherein a separating wall is designed within the longitudinal hollow body, which separating wall extends from the first longitudinal end in the direction of the second longitudinal end and which has a free end, wherein the separating wall divides the longitudinal hollow body into a condensate receiving channel, which is flow-connected to the inflow opening, and a condensate discharge channel, which is flow-connected to the drain opening, wherein the condensate receiving channel and the condensate discharge channel are flow-connected to each other via a passage designed between the free end of the separating wall and the second longitudinal end, wherein the drain opening and the inflow opening are arranged to be overlapping with an overlap length as viewed in the longitudinal direction of the hollow body, characterized in that the drain opening is arranged offset in longitudinal direction and circumferentially to the inflow opening, wherein a distance between a centre axis of the inflow opening and a centre axis of the drain opening is less than 12% of an overall length of the longitudinal hollow body as viewed in a longitudinal direction.