There is a number of reasons why ED-E was promoted from, basically, a toy to educational equipment. First of all, it will attract positive attention of 100 percents of students. As a toy, ED-E can do a lot of things like brake dancing, balancing on one leg, hopping, etc. do complex moves overall. The educational part of all this process consists in programming ED-E's 17 servo motors to perform any of that on a given task or on student's free will. Such a way kids can learn basic mechanics, mathematics and three-dimensional programming. The best of all I think is that they will see the result immediately with no scholasticism students have to deal with most of time.
However I can hardly imagine how ED-E will fit in educational programs and how lectures with the robot will be held, but I find it an exceptionally good idea. A standard ED-E is sold to individuals for 400 quid, but the package for schools will be a little bit expensive. An additional programming tool will add 28 quid more to robot's price.
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