Packed with Performance

More torque in less space, for an easier fit in your tightest application

• The segmented stator core design and automated winding techniques pack nearly twice the copper into the stator gap, for much more torque output from every square millimeter of space
• Encapsulated windings prevent shorts between windings, improving heat dissipation
• Precise machining is used to minimize the air gap between rotor magnets and stator windings, for higher running torque and reduced cogging torque
• By reducing the space taken up by the end turns of the winding, overall motor length is significantly reduced
• Neodymium-Iron-Boron rotor magnets optimize flux density in the motor