NOVELTY - The stator (56) has a stator core (70), and multiple slots (78) that are formed within the stator core. A conductor is arranged continuously within the slots. Multiple wires are arranged continuously within the slots. The stator core comprises an inner surface, where the slots extend radially around the inner surface. The stator core comprises a stack lamination. The conductor is slid into the stator core such that the conductor extends continuously through the slots. An insulating liner is provided around the conductor.    USE - Stator for use in an electric motor (claimed) utilized with an engine e.g. petrol or diesel fueled combustion engine, flex fuel vehicle (FFV) engine, hydrogen and/or natural gas fueled engine, fuel cell engine and combustion/electric motor hybrid engine, of a vehicle e.g. automobile such as hybrid vehicle. Can also be used for saloon, wagon, truck, sport utility vehicle (SUV), rear-wheel drive or front-wheel drive vehicle, and all-wheel drive (AWD) vehicle.    ADVANTAGE - The conductor is twisted or bent thirteen times before being inserted into four different slots of the stator core, as the conductor is arranged continuously in four different slots, so that the number of wire couplings and welds is reduced. The stator and components can significantly reduce welding cost, time, effort, and any associated welding errors, due to the reduced number of welding locations. The conductors are arranged continuously in the slots, thus reducing the number of times that different conductors are coupled together, and hence reducing the costs, time, and associated errors of coupling the conductors together. The electric motor can be manufactured with fewer couplings, fewer welding locations, and potentially increased accuracy and precision.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for manufacturing a stator.    DESCRIPTION OF DRAWING(S) - The drawing shows an isometric view of a portion of a stator of a vehicular electric motor.    Stator (56)    Stator core (70)    Slots (78)    Conductive elements (100)    Welding locations (402)