Advanced Air Mobility
Advanced air mobility is one of the most unique, groundbreaking technologies emerging in today’s aviation industry. This presents itself in unique options, between electric conventional take off & landing aircrafts (eCTOLs), and electric vertical take-off and landing (eVTOLs). Windings ability to create custom components for critical applications and experience in the aerospace industry made us the perfect fit to help companies exploring advanced air mobility to bring their vision to fruition.
Windings offers a full spectrum of custom aerospace electric motor engineering services. This satisfies the diverse needs of our clients; ranging from innovation, optimization, and prototyping to testing, low-rate initial production, and full-rate production of custom electric motors, rotors, and stators as regarded by the Aerospace industry.
Windings is 100% focused on providing custom electric motor solutions that are optimized, tested, and manufactured to client-specific application requirements. Our engineering team is comprised of design and manufacturing engineers having extensive experience in engineering magnetic rotor assemblies, wound stators, and complete motor assemblies used in commercial aviation. From performance and manufacturability optimization of existing designs to a complete engineering package from concept to production, Windings engineers have you covered.
With more than 165 years of combined experience, the Engineering team partners closely with clients from a project’s inception to ensure an optimized outcome that meets or exceeds our client’s expectations. Windings offers design analysis and simulation, including electromagnetic, thermal, and mechanical modeling, in order to provide the optimal solution design based on the unique requirements of the application. The decades of manufacturing experience that Windings has can be leveraged to offer Design for Manufacturing and Assembly (DFMA), assistance to lower production costs, improve quality and increase throughput by optimizing the design solution for manufacturing with minimal impact on performance.