Mastering High-Performance eVTOL and Drone Motors with Ansys Motor-CAD

About the Webinar

The evolution of Advanced Air Mobility (AAM) and high-performance drone technology is defined by a single, uncompromising metric: Motor Power Density. Whether engineering heavy-lift motors for passenger transit or specialized motors for agile drones, designers must push electric machines to their physical limits while maintaining flight-critical reliability. Transitioning from “standard” industrial machines to aerospace-grade motors requires overcoming deeply interconnected electromagnetic, thermal, and weight-scaling challenges.

This webinar explores how Ansys Motor-CAD enables a “concept-to-mission” workflow to address the critical hurdles facing modern motor developers:

• Aerospace Performance Benchmarking: Establishing the requirements for high-power density and efficiency that define the next generation of electric flight.
• Propulsion Industry Trends: Evaluating how emerging semiconductors and non-conventional motor architectures are reshaping drone and eVTOL propulsion.
• Advanced Thermal Management: Utilizing multi-physics simulation to break through cooling bottlenecks and manage extreme current densities.
• High-Frequency Loss Mitigation: Addressing parasitic winding losses that emerge at the high operating speeds required for aerospace applications.
• Mission-Driven Optimization: Navigating the trade-offs between motor weight and flight range across complex mission profiles like Hover, Climb, and Cruise.

Access the On-Demand Webinar