The goal behind, "Steerable toy cars" the Drexel University freshman design project, is to design and implement a mechanical steering system for toy cars to encourage grater play. A steerable toy car can connect with the imagination of a child with their play. Car chases can become a high-octane dynamic experience and the big race now becomes a triumphant victory of man and machine. By promoting realism in play, we are reaching out to stimulate the imagination of those who will play with the "Steerable Toy Car". Parents might also enjoy the educational benefits of the "Steerable Toy Car" By providing a rewarding and interactive play experience, younger children can benefit greatly from fine motor skill development they will while playing with their "Steerable Toy Car". Older children might be able to pick up on the intuition gained from the cause-and-effect relationship of steering mechanism as well as a general understanding of concepts like turning radius, under steer and over steering, and maybe even parallel parking! The goal of this project is to design an intuitive steering mechanism for toy cars. This design can be easily undersized for implementation in small scale cars.
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