Electric motors with reduced stray magnetic fields

A brushless electric motor comprising:

• a magnet component that generates a plurality of magnetic fields;
• and
• a conductor component comprising a conductor component housing and a first conductor group, the conductor component housing retaining the first conductor group, the first conductor group including (i) a first conductor array, that when electrically excited, interacts with the magnet component to generate a first force and generates a first stray magnetic field, and (ii) a second conductor array, that when electrically excited, interacts with the magnet component to generate a second force and generates a second stray magnetic field, the second stray magnetic field canceling at least a portion of the first stray magnetic field;
• wherein the electrically excited portion of the first conductor array and the electrically excited portion of the second conductor array are positioned in magnetic fields of opposite polarity.

A method for manufacturing a brushless electric motor, the method comprising the steps of:

• providing a magnet component that generates a plurality of magnetic fields;
• providing a first conductor group including (i) a first conductor array and a second conductor array;
• electrically exciting the first conductor array, the electrically excited first conductor array (i) interacting with the magnet component to generate a first force and (ii) generating a first stray magnetic field;
• and
• electrically exciting the second conductor array, the electrically excited second conductor array (i) interacting with the magnet component to generate a second force and (ii) generating a second stray magnetic field;
• wherein the second stray magnetic field cancels at least a portion of the first stray magnetic field.