Abstract: A shift mechanism for a motorized toy includes a shift lever which is mounted on the toy so as to be able to move back and forth along an X axis and back and forth along a Y axis. The toy includes an electric motor and electric power supply for powering the same. A gear train connects the electric motor to an output shaft. A shift mechanism is connected between the shift lever such that movement of the shift lever along one of the X or Y axes shifts certain of the gears in the gear train to control the speed of the output of the output shaft. Movement along the other of the axes of the shift lever controls an electric switch which governs both the polarity of the current supplied to the motor to provide for both forward and reverse rotation of the output shaft as well as to break the circuit between the power supply in order to start and stop the toy.

Abstract: A toy has a base having an opening therein which is capable of receiving one of a plurality of game modules. The modules are attached to the base by sliding the modules into the opening in the base. The modules each contain a game, with the game of each being different from the others. Each of the modules include at least one or more objects located therein which are moved in playing the particular game associated with the particular module. The base has first and second activation buttons which are connected via linking members to object strikers which are located in the modules. A single player playing against himself, or two players, can compete by controlling their appropriate buttons to activate the strikers under their control to attempt to move the objects within the game modules.