A lid for a cup, comprising: a main lid surface; a perimeter wall (6,8) surrounding at least part of the main lid surface; and a cup attachment portion and a pair of shoulders (12a, 12b), wherein: the cup attachment portion is adapted to be fitted to a cup; the main lid surface is coupled to the cup attachment portion, the main lid surface being inclined with respect to the cup attachment portion for allowing the flow of liquid across the main lid surface, when the lid is in a normal orientation, to a drainage aperture defined through an entire depth of a wall of the lid; the perimeter wall (6,8) surrounds at least part of the main lid surface; and the shoulders (12a,12b) extend away from the perimeter wall (6,8) each with a respective support surface, the support surfaces forming a plane which is substantially parallel to a plane of the cup attachment portion, such that, when the lid is generally in a normal orientation, the support surfaces are operable to support at least part of a cup thereon in substantially a normal orientation, wherein each shoulder (12a,12b) protrudes from the main lid surface and has a flow director surface, characterised in that: each shoulder (12a,12b) has a respective convex flow director surface adjacent the drainage aperture such that, when the lid is in a normal orientation, liquid on the main lid surface will flow across the main lid surface to the drainage aperture and is directed by the convex flow director surfaces towards the drainage aperture. a main lid surface; a perimeter wall (6,8) surrounding at least part of the main lid surface; and a cup attachment portion and a pair of shoulders (12a, 12b), wherein: the cup attachment portion is adapted to be fitted to a cup; the main lid surface is coupled to the cup attachment portion, the main lid surface being inclined with respect to the cup attachment portion for allowing the flow of liquid across the main lid surface, when the lid is in a normal orientation, to a drainage aperture defined through an entire depth of a wall of the lid; the perimeter wall (6,8) surrounds at least part of the main lid surface; and the shoulders (12a,12b) extend away from the perimeter wall (6,8) each with a respective support surface, the support surfaces forming a plane which is substantially parallel to a plane of the cup attachment portion, such that, when the lid is generally in a normal orientation, the support surfaces are operable to support at least part of a cup thereon in substantially a normal orientation, wherein each shoulder (12a,12b) protrudes from the main lid surface and has a flow director surface, characterised in that: each shoulder (12a,12b) has a respective convex flow director surface adjacent the drainage aperture such that, when the lid is in a normal orientation, liquid on the main lid surface will flow across the main lid surface to the drainage aperture and is directed by the convex flow director surfaces towards the drainage aperture. the cup attachment portion is adapted to be fitted to a cup; the main lid surface is coupled to the cup attachment portion, the main lid surface being inclined with respect to the cup attachment portion for allowing the flow of liquid across the main lid surface, when the lid is in a normal orientation, to a drainage aperture defined through an entire depth of a wall of the lid; the perimeter wall (6,8) surrounds at least part of the main lid surface; and the shoulders (12a,12b) extend away from the perimeter wall (6,8) each with a respective support surface, the support surfaces forming a plane which is substantially parallel to a plane of the cup attachment portion, such that, when the lid is generally in a normal orientation, the support surfaces are operable to support at least part of a cup thereon in substantially a normal orientation, wherein each shoulder (12a,12b) protrudes from the main lid surface and has a flow director surface, characterised in that: each shoulder (12a,12b) has a respective convex flow director surface adjacent the drainage aperture such that, when the lid is in a normal orientation, liquid on the main lid surface will flow across the main lid surface to the drainage aperture and is directed by the convex flow director surfaces towards the drainage aperture. each shoulder (12a,12b) has a respective convex flow director surface adjacent the drainage aperture such that, when the lid is in a normal orientation, liquid on the main lid surface will flow across the main lid surface to the drainage aperture and is directed by the convex flow director surfaces towards the drainage aperture.