An improved drinking can enables a user to have fluid return into the can after drinking The improved drinking can comprises a can body comprising a contoured bottom edge immediately adjacent to a bottom recess. The can body further comprising a can top mechanically coupled to a spout. Where the spout is shaped to funnel fluid back into the can body. The bottom recess is shaped to enable a first improved drinking can to sit upon a second improved drinking can where bottom recess covers can top. This protects the drinking area from becoming contaminated during shipment, storage, and display. The can body is covered with a mural where the mural is covered by a mural cover comprising a tab such that the mural cover can be removed by applying force to the tab displaying the mural.

A can end for a metal beverage can, the can end including a cap top, arranged in connection to a pull tab configured to remove the cap top from the can end along a pre-defined groove, to thereby create a drinking or pouring aperture; and a shut-off valve, configured to seal the drinking or pouring aperture after drinking or pouring. The cap top is configured to remain located, after the removal, on top of the shut-off valve; and the pre-defined groove includes a stop for arresting, in a pre-defined location of the pre-defined groove, propagation of a tear along the pre-defined groove during the removal, where the stop includes an abrupt change of direction or an endpoint of the pre-defined groove. The can may be configured for containing a carbonated drink.