This invention relates to an articulated mannequin, comprising various assembly mechanisms that keep the limbs thereof assembled, in which said limbs may be rigid or flexible as well as hollow or solid. Said assembly mechanisms include, at least: magnetic connection mechanisms, magnetic locking and connection mechanisms, adjustable locking and connection mechanisms, adjustable twisting and connection mechanisms, free movement and connection mechanisms, automated movement and connection mechanisms, compound disc mechanisms, double ball-and-socket joint mechanisms and compression ball-and-socket joint mechanisms. Said mechanisms are characterized in that they are inserted in the material of the limbs of the articulated mannequin, and in that they give the articulated mannequin a complete range of movement and versatility, enabling it to take up any human posture and be installed in almost any location. By virtue of said assembly mechanisms, the limbs of the articulated mannequin can: remain static in a given position; return automatically to a given position, after having been moved; be assembled around a dividing sheet; perform automated movements; and perform movements without resistance, when interacting with moving objects; thereby being able to be put to more uses, in the location where the articulated mannequin is positioned.