Magnetic tracked toy assembly

A magnetic tracked toy assembly comprising:

• a panel, said panel being annular, said panel being magnetized, said panel comprising a plurality of sections, said sections being selectively interconnectable, each said section having a respective profile;
• a plurality of rails, each said rail being coupled to an upper surface of said panel, said rails extending annularly and in parallel around said panel, said rails being magnetized, each said rail being V-shaped when viewed longitudinally such that an apex of said rail is positioned distal from said panel, said plurality of rails comprising two said rails;
• a plurality of shells, said shells being magnetized such that said shells are repelled by said panel and said rails for levitating said shells above said panel, each said shell having a respective shape;
• each said shell comprising a pair of discs rotationally coupled a bottom of said shell, said discs being positioned singly proximate to a front and a rear of said shell;
• a pair of grooves, each said groove being positioned in a lower surface of a respective said disc, said grove extending across a diameter of said respective said disc, said grooves being complementary to said rails such that said grooves are positioned for selectively inserting a respective said rail;
• a pair of shafts, each said shaft being axially coupled to an upper surface of said respective said disc;
• a pair of rings, each said ring being coupled to a respective said shaft;
• a pair of recesses extending into said bottom of said shell, said recesses being positioned singly proximate to said front and said rear of said shell, each said recess being shaped complementarily to a respective said shaft and an associated said ring, said respective said shaft and said associated said ring being positioned in said recess for coupling said respective said disc to said bottom of said shell;
• lubricant positioned around said respective said shaft and said associated said ring wherein said lubricant is positioned for facilitating rotation of said respective said disc relative to said shell;
• a plurality of first strips, said first strips being magnetic, each said first strip being coupled to a respective opposing surface of an associated said rail;
• a plurality of second strips, said second strips being magnetic, each said second strip being coupled to a respective opposing face of an associated said groove, wherein said second strips are positioned on said shells such that said second strips positioned in said associated said groove are positioned for repelling said first strips positioned on said associated said rail for levitating said respective said shell above said panel;
• a plurality of third strips, said third strips being magnetic, said third strips being coupled singly and in parallel proximate to each said opposing surface of said associated said rail such that each said rail is bracketed by a pair of said third strips;
• a plurality of magnets, each said magnet being coupled to said bottom of a respective said shell such that said magnet is selectively positionable over a respective said third strip, wherein said magnets are positioned on said shells such that said pair of said third strips is positioned for repelling said magnets for stabilizing said respective said shell relative to said panel, said magnets being positioned singly proximate to each corner of said bottom of said respective said shell;
• a plurality of blower modules, each said blower module being coupled to a respective said shell such that said blower module is configured for selectively expelling air for propelling said respective said shell along said panel, each said blower module comprising:
• a first power module coupled to said respective said shell, said first power module comprising a first battery,
• a port positioned in said respective said shell, said port being operationally coupled to said first battery, said port being configured for coupling to a source of current for recharging said first battery,
• a tube coupled to a top of said respective said shell, said tube being open-ended,
• a motor coupled to and positioned within said tube such that a shaft of said motor extends from said motor toward said rear of said respective said shell,
• a receiver operationally coupled to said first power module and said motor, and
• a plurality of blades coupled to and extending from said shaft, wherein said blades are positioned on said shaft such that said motor is positioned for rotating said blades concurrent with said shaft for expelling air from said tube for propelling said respective said shell along said panel;
• a plurality of controllers, each said controller being operationally coupled to a respective said blower module such that said controller is positioned for commanding said respective said blower module for selectively expelling the air for propelling said respective said shell along said panel with said respective said rail positioned for guiding said respective said shell along said panel, each said controller comprising:
• a housing defining an interior space,
• a second power module coupled to said housing and positioned in said interior space, said second power module comprising a second battery,
• a transmitter coupled to said housing and positioned in said interior space, said transmitter being operationally coupled to said second power module,
• an antenna coupled to and extending from said housing, said antenna being operationally coupled to said transmitter, and
• a knob rotationally coupled to said housing, said knob being operationally coupled to said transmitter, wherein said knob is positioned on said housing such that said knob is positioned for selectively turning for signaling said transmitter for wirelessly communicating a respective rotational speed for said shaft to said motor via said receiver such that a user is positioned for controlling a speed of said respective said shell;
• a plurality of light emitting diodes, said light emitting diodes being coupled to said top of said respective said shell, said light emitting diodes being operationally coupled to said first power module such that said light emitting diodes are positioned for illuminating said respective said shell;
• and
• wherein said shell, said panel and said rails are magnetized such that each said shell is repelled by said panel and said respective said rail for levitating said shell above said panel, wherein said controller is positioned for commanding said respective said blower module for selectively expelling the air for propelling said respective said shell along said panel with said respective said rail positioned for guiding said respective said shell along said panel.