A trunnion, adapted to fit in a receiver, attached to a vehicle as a receiver-type hitch system, provides selective deployment and stowage of a hitch. An optional base secured to the trunnion may receive a pivot. A mount, secured by the pivot to the base, swings between a deployed and a stowed position. Alignments are one-dimensional, typically circumferentially positioning a locking pin aperture and a corresponding locking pin about a radius with respect to a pivot axis. A platform of the mount may contain an aperture for operating as a pin hitch aperture, or for receiving a stud or bolt for securing a ball hitch, or two hitches. In certain embodiments, multiple ball hitches may be attached at once to the platform. Selection of ball hitch sizes, and positioning of the ball hitch altitude may also be accomplished by pivots built into the mount.

An apparatus for mounting a hitch to a vehicle. The apparatus may include a base connected to the vehicle. A mount, having a fastening portion and a main portion, may also be included. The fastening portion may receive a plurality of hitches thereon. The main portion may pivotably engage the base to provide a pivoting motion of the mount with respect to the base between a stowed position and a towing position distinct from the stowed position. A pivot may connect the main portion to the fastening portion to provide rotation therebetween. The apparatus may also include a hitch system having a first ball hitch monolithically formed to have a shank. A second hitch may be monolithically formed to have an aperture therein. The aperture of the second ball hitch may be shaped to axially receive and engage the shank of the first ball hitch.