Remotely controlled skateboard having motion-responsive doll riding thereon
 A skateboard and remote control unit cooperate to provide remotely controlled movement of a skateboard in response to user commands. A doll is secured upon the upper surface of the skateboard in a standing position characteristic of typical skateboarders. The doll includes an upper torso freely pivotable upon a lower torso by a pivotal attachment therebetween. The upper torso further supports a pair of freely pivotable arms. An offset weight is secured within the doll upper torso to cause response to momentum changes by the skateboarding doll as the skateboard moves about. The doll upper torso and the doll arms freely move in response to momentum changes of the skateboard to provide a realistic appearing skateboarding doll. 
Mattel, Inc.
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inventional additional inventional inventional
Toshio
Yamasaki