A gearing, in particular for a winch or cable winch, wherein the gearing comprises: a) a first housing and an input shaft which can be rotated relative to the first housing about a rotational axis; b) a second housing which is mounted on the first housing such that it can be rotated relative to the first housing about the rotational axis; and c) at least one planetary stage (20, 30, 40) which kinematically connects the input shaft to the second housing such that rotating the input shaft generates a rotation of the second housing relative to the first housing about the rotational axis, wherein the first housing and the second housing enclose an accommodating space in which a liquid lubricant and the at least one planetary stage (20, 30, 40) are arranged, characterised in that d) the maximum liquid level (S max) and the minimum liquid level (S min) for the liquid lubricant are defined such that the at least one planetary stage (20, 30, 40) is at least partially submerged below the liquid surface of the lubricant when said liquid surface is situated between the maximum liquid level (S max) and the minimum liquid level (S min), and in that the gearing further comprises: e) a fastening housing which is fixed in relation to the first housing and embodied to fasten to it a drive motor for the gearing, and which encloses an antechamber which is open towards the drive motor, wherein the input shaft is connected, non-rotationally about the rotational axis, to a first connecting element of a shaft-hub connection, wherein the drive shaft of the drive motor can be connected, non-rotationally about the rotational axis, to the first connecting element; f) a fluid channel via which the antechamber is connected to and in fluid communication with the accommodating space and which comprises an outlet opening via which the fluid channel leads out of the antechamber, wherein the outlet opening is arranged above the maximum liquid level (S max) and above the lowermost point of the first connecting element; g) a conveying means (12a, 12b, 16) which conveys the lubricant from the accommodating space into the antechamber via at least one fluid supply channel, wherein a liquid surface in the antechamber which is above the maximum liquid level (S max) is set by the position of the outlet opening, wherein the first connecting element is situated at least partially below the liquid surface in the antechamber. a) a first housing and an input shaft which can be rotated relative to the first housing about a rotational axis; b) a second housing which is mounted on the first housing such that it can be rotated relative to the first housing about the rotational axis; and c) at least one planetary stage (20, 30, 40) which kinematically connects the input shaft to the second housing such that rotating the input shaft generates a rotation of the second housing relative to the first housing about the rotational axis, wherein the first housing and the second housing enclose an accommodating space in which a liquid lubricant and the at least one planetary stage (20, 30, 40) are arranged, characterised in that d) the maximum liquid level (S max) and the minimum liquid level (S min) for the liquid lubricant are defined such that the at least one planetary stage (20, 30, 40) is at least partially submerged below the liquid surface of the lubricant when said liquid surface is situated between the maximum liquid level (S max) and the minimum liquid level (S min), e) a fastening housing which is fixed in relation to the first housing and embodied to fasten to it a drive motor for the gearing, and which encloses an antechamber which is open towards the drive motor, wherein the input shaft is connected, non-rotationally about the rotational axis, to a first connecting element of a shaft-hub connection, wherein the drive shaft of the drive motor can be connected, non-rotationally about the rotational axis, to the first connecting element; f) a fluid channel via which the antechamber is connected to and in fluid communication with the accommodating space and which comprises an outlet opening via which the fluid channel leads out of the antechamber, wherein the outlet opening is arranged above the maximum liquid level (S max) and above the lowermost point of the first connecting element; g) a conveying means (12a, 12b, 16) which conveys the lubricant from the accommodating space into the antechamber via at least one fluid supply channel, wherein a liquid surface in the antechamber which is above the maximum liquid level (S max) is set by the position of the outlet opening, wherein the first connecting element is situated at least partially below the liquid surface in the antechamber.