spherical bearing assembly and held by the bolt and nut pair 136 138 in this manner two separate movable electrical connections are provided from two separate wires to two individual leads it can be seen that additional wire connections could be provided by placing additional spherical members in line with those shown as an add on to the left as viewed in fig4 fig5 shows a typical robotic arm and demonstrates the application of a spherical connector such as that shown in fig4 it can be 160 and 162 and still maintain electrical connection as desired through the spherical connectors described in fig4 it is also possible to use the conduit 120 to hold other cables such as fiber optic or tendon cables which could run the length of the connector and past the last spherical member to the hand of the robot if desired in summary therefore a spherical rotative electrical connector has been described and illustrated that allows the electrical connection of a wire to a movable member so that the member can be moved while maintaining continuous electrical conductivity by using a spherical connector almost universal movement of the member can be accomplished without fatiguing the electrical lead or breaking the electrical circuit while the connectors shown and described have been utilized to connect two wires it is to be understood by those of ordinary skill in the art and others that the spherical connectors shown can be stacked in numbers greater than two for the connection of a greater number of electrical leads it is also true that some changes can be made to the.