Children's shoe with motorized accessory system

A modular accessory system implemented on each of a right and a left shoe of a pair of shoes comprising for each shoe:

• a track, said track forming a circuit around an upper sole of the shoe;
• a chain, said chain disposed within a cavity directly under said track;
• a groove, said groove amounting to a gap centrally disposed on said track above said chain;
• an electric motor;
• a power source, said power source disposed in communication with said motor;
• wherein said power source is disposed within a battery compartment;
• at least one gear, said at least one gear disposed in communication with said chain and said motor;
• at least one accessory;
• a first iteration of at least one magnet, said first iteration of at least one magnet disposed on a bottom of said at least one accessory such that a positive pole of said first iteration of at least one magnet is pointing away from said bottom of said at least one accessory;
• an accessory mount, said accessory mount extending up and through said groove while remaining in communication with said chain;
• a second iteration of at least one magnet, said second iteration of at least one magnet disposed in communication with said chain via said accessory mount;
• wherein said second iteration of at least one magnet is oriented such that a negative pole of said second iteration of at least one magnet is pointed away from said accessory mount;
• wherein said at least one accessory is removably connected to said chain via the connection of the first iteration of at least one magnet to the second iteration of at least one magnet via the interface of said positive pole of said first iteration of at least one magnet to said negative pole of said second iteration of at least one magnet;
• a switch, said switch configured to activate and deactivate said power supply to said motor;
• wherein said switch is disposed adjacent to said power supply and said motor;
• wherein upon activation of said switch, electric current is conveyed from said power source to said motor, causing said at least one gear to rotate, and causing said chain to traverse within said cavity of said track;
• a charger connector, said charger connector disposed on a tongue region of the shoe;
• wherein said charger connector is configured to receive a charging adapter;
• wherein said charging adapter is configured to convey DC power to said power source;
• a remote controller, said remote controller wirelessly connected to said motors via at least one wireless radio;
• a right power button of said remote controller, said right power button configured to activate said motor of the right shoe;
• a left power button of said remote controller, said left power button configured to activate said motor of the left shoe;
• wherein said right power button and said left power button are disposed on a front of a housing of said remote controller;
• wherein said battery compartment is water-resistant;
• a battery charger, said battery charger configured to recharge said power source from AC power via an AC/DC adapter;
• and
• wherein said charger connector is configured to receive said battery charger via a magnetic charger of said battery charger.