Motorsports
As a 100% employee-owned (ESOP) manufacturing partner, we pioneer custom brushless DC electric motor solutions that power the electrification of the automotive industry, from commercial electric vehicles to Formula 1 racing.
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A History of Excellence
Founded in 1965 to produce synchro motors used in commercial and military avionics, Windings is well-versed in the design and regulatory requirements driven by the unique challenges associated with aerospace and defense.
Learn more about our history, read case studies from partnerships (on land, in the air, and in space), and discover the future of electromagnetic design.
Demand More
Our dedicated engineers provide the rapid prototyping and mechanical expertise required to transition your cutting-edge automotive concepts into high-performance realities on the track.
We analyze your existing vehicle motor designs to achieve aggressive cost reductions, boost high-volume yield, and ensure seamless scalability for commercial passenger vehicles.
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Harsh Environments
Engineered to survive the intense heat and harsh conditions of the track, our DuraCORE™ motors utilize revolutionary GORE® Magnet Wire to deliver unparalleled thermal resistance and unyielding high-speed performance.
Resistance to Hydrolysis
Unmatched Performance
Unparalleled Durability
Quality
To ensure our components perform flawlessly under the extreme stress of elite motorsports, our uncompromising Quality Management System maintains ISO 9001:2015 and AS9100-D certifications, backed by J-STD-001 certified soldering specialists.
Explore our frequently asked questions to find the answers you need about our services.
Find more resources on core competencies and performances to understand why partnering with us is the right decision.
What is IP69K environmental protection?
IP69K is a product standard that describes the ability of a device to withstand certain environmental conditions.
What kinds of motors are used in electric vehicles?
Electric vehicles use permanent magnet and induction motors.
What are the advantages/disadvantages of hairpin stators?
Hairpin stators have benefits for producing in high volume at low cost but the disadvantage of initial higher tooling costs.
How are magnets retained when operating high-speed electric motors?
Magnets are retained by covering them under pre-stress by the use of metal sleeves or fiber retention systems.
How are magnets retained on a rotor?
Magnets are retained by gluing or bonding them to the rotor shaft and in cases of high speed, a supplemental sleeve is used. In cases of IPM structures, the magnets are retained by the steel of the rotor laminates.
When the stakes are too high for compromise, trust us to help safeguard your reputation and success.Â
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