An induction motor consists of two main parts: the **stator** and the **rotor**. The stator is the stationary part of the motor and contains coils of wire that produce a rotating magnetic field when powered by an AC supply. The rotor, located inside the stator, is typically made of laminated iron with conductors, and it rotates as a result of the interaction with the magnetic field. The motor also includes a **shaft**, which transfers mechanical power to the load, and **bearings** that support t

Each Flyway (stator) is not necessarily located to align with its neighbors. The flexibility of allowing offsets between Flyways in both X and Y directions enables optimal layout of machines and manufacturing processes. Planar Motors are smart robots that use magnetic forces for levitation and propulsion. A planar motor system is composed of one or more movers (XBot) and stationary modular tiles (Flyway). Each XBOT is independently controlled and hovers over Flyways with 6 degrees-of-freedom mot

Each Flyway (stator) is not necessarily located to align with its neighbors. The flexibility of allowing offsets between Flyways in both X and Y directions enables optimal layout of machines and manufacturing processes. Planar Motors are smart robots that use magnetic forces for levitation and propulsion. A planar motor system is composed of one or more movers (XBot) and stationary modular tiles (Flyway). Each XBot is independently controlled and hovers over Flyways with 6 degrees-of-freedom mot