The utility model discloses a cylindrical-face-type friction swing-ball-type support. The cylindrical-face-type friction swing-ball-type support comprises a spherical crown, an upper support plate and a lower support plate. The spherical crown is arranged between the upper support plate and the lower support plate, the upper concave face of the spherical crown and the lower concave face of the upper support plate are matched cylindrical faces, the lower convex face of the spherical crown and the upper concave face of the lower support plate are matched spherical faces, and limit devices for preventing the upper support plate and the lower support plate from swinging relatively are arranged on two sides of the lower support plate. According to the cylindrical-face-type friction swing-ball-type support, when an earthquake happens, the limit devices become ineffective in limiting positions, the upper support plate and the spherical crown can swing relatively and freely, and therefore kinetic energy produced by the earthquake is converted into potential energy. Meanwhile, when the spherical crown swings, frictional resistance can offset part of earthquake energy, therefore an earthquake period is prolonged, and an earthquake reduction effect is achieved; and the potential energy can form recovery force to enable the support to reset. The cylindrical-face-type friction swing-ball-type support is simple in structure, reasonable in design, high in bearing capacity and capable of meeting earthquake proof requirements in bridge engineering.