Explore the advantages of slotted and slotless BLDC motors in aerospace design, focusing on precision, durability, and ...

BMW’s latest axial flux motor patent locks in magnets with a unique metal package and axial stop, aiming for better performance, safety, and long-term durability.

Electric motors can seem very mysterious! How do they use electricity to start rotating? Let's break it down step by step to understand how it works. Topics covered in this video: circuits, current, ...

This article proposes a stator-inset-permanent magnet (PM) bearingless slice motor, which is capable of producing a constant directional force with direct suspension current regardless of the rotor’s ...

This paper presents a comprehensive research study on the nature of selected stator and rotor fault of Induction Motor. In this article a mathematical model and a Matlab/ Simulink based simulation ...

Electric vehicles are obviously different from gas-powered cars, but do they have engines? We explore how EV motors and drivetrains work.

Typical motors run the rotor either outside or inside the stator, but the DeepDrive motor does both, sandwiching its stator between inner and outer rotors that run simultaneously, greatly ...

Components The commutator, brushes, rotor and stator make up the four basic parts of a DC motor's design. The stator creates a magnetic field and sets the stage, whether the magnets it houses are ...

What you’ll learn: What sets axial- and radial-flux electric motors apart? The pros and cons of axial flux and radial flux in serving the surging global electric-motor market demand.