Today, motors with the highest efficiency and high power density are primarily dependent on the use of rare earth materials. Rare earths are only found in low concentrations. The extraction and processing of these materials often involves methods that release many pollutants and generate toxic waste. Today, around 90% of rare earth production is in China, which can lead to geopolitical tensions and vulnerabilities in the supply chain. Because of these challenges, this project aims to develop alternative motors free of rare earth materials. In addition to incorporating the latest motor development technologies, the integration of power electronics should also bring significant benefits without sacrificing efficiency over a drive cycle. The potential applications are widespread, ranging from electromobility to industrial motors.