A multi-panel hinged computing device (100, 200, 300, 400, 500, 600, 700, 1200, 1300) comprising: one or more processors (114, 1210, 1302); a first panel (102, 202) having first and second opposing surfaces (122, 124, 222, 224), the first panel (102, 202) comprising a display (108, 208, 1254, 1344) that is configured to display images via the first surface (122, 222) in response to image data received from at least one of the one or more processors (114, 1210, 1302), the first panel (102, 202) further comprising a first magnetic coupling structure (110, 710A-710D) that includes at least one of a first magnet or a first ferromagnetic element; a second panel (104, 204) having third (126, 262) and fourth (128, 264) opposing surfaces, the second panel (104, 204) comprising a second magnetic coupling structure (120, 220A-220D) that includes at least one of a second magnet or a second ferromagnetic element; and a hinge (106, 206, 1108) coupled between the first panel (102, 202) and the second panel (104, 204), the second magnetic coupling structure (120, 220A-220D) configured to magnetically couple to the first magnetic coupling structure (110, 710A-710D) at the first surface (122, 222) for a first hinge orientation of the hinge (106, 206, 1108), the second magnetic coupling structure (120, 220A-220D) configured to magnetically couple to the first magnetic coupling structure (110, 710A-710D) at the second surface (124, 224) for a second hinge orientation of the hinge (106, 206, 1108); characterised in that the second magnetic coupling structure is configured to magnetically attach the third surface (126, 262) to a vertical surface of an object via a magnetic force between the second magnetic coupling structure and the vertical surface of the object while the hinge is in the second hinge orientation; wherein the magnetic force is normal to the third surface (126, 262) and results in a frictional force that is greater than a tractive force between the third surface (126, 262) and the vertical surface of the object; wherein the frictional force and the tractive force are parallel with the third surface (126, 262); and wherein the frictional force opposes the tractive force. one or more processors (114, 1210, 1302); a first panel (102, 202) having first and second opposing surfaces (122, 124, 222, 224), the first panel (102, 202) comprising a display (108, 208, 1254, 1344) that is configured to display images via the first surface (122, 222) in response to image data received from at least one of the one or more processors (114, 1210, 1302), the first panel (102, 202) further comprising a first magnetic coupling structure (110, 710A-710D) that includes at least one of a first magnet or a first ferromagnetic element; a second panel (104, 204) having third (126, 262) and fourth (128, 264) opposing surfaces, the second panel (104, 204) comprising a second magnetic coupling structure (120, 220A-220D) that includes at least one of a second magnet or a second ferromagnetic element; and a hinge (106, 206, 1108) coupled between the first panel (102, 202) and the second panel (104, 204), the second magnetic coupling structure (120, 220A-220D) configured to magnetically couple to the first magnetic coupling structure (110, 710A-710D) at the first surface (122, 222) for a first hinge orientation of the hinge (106, 206, 1108), the second magnetic coupling structure (120, 220A-220D) configured to magnetically couple to the first magnetic coupling structure (110, 710A-710D) at the second surface (124, 224) for a second hinge orientation of the hinge (106, 206, 1108); characterised in that the second magnetic coupling structure is configured to magnetically attach the third surface (126, 262) to a vertical surface of an object via a magnetic force between the second magnetic coupling structure and the vertical surface of the object while the hinge is in the second hinge orientation; wherein the magnetic force is normal to the third surface (126, 262) and results in a frictional force that is greater than a tractive force between the third surface (126, 262) and the vertical surface of the object; wherein the frictional force and the tractive force are parallel with the third surface (126, 262); and wherein the frictional force opposes the tractive force.