A brushless electric motor system, comprising: - a rotor comprising a plurality of permanent magnets; - a stator comprising at least three groups of six teeth placed adjacently to each other, wherein electrically excitable coils are winded on each of said six teeth of each group, respectively, for generating an induction field for interaction with said plurality of permanent magnets to cause said rotor to rotate with respect to said stator, wherein said brushless electric motor system is controlled using three phases (A, B, C), and wherein each of said at least three groups of six teeth is divided into three pairs of two coils (A.1-A.2-B.2-B.1-C.1-C.2, A.2-A.1-B.1-B.2-C.2-C.1), wherein the teeth in each group are placed adjacently to each other in such a way that the coils are ordered in A.1-A.2-B.2-B.1-C.1-C.2 or A.2-A.1-B.1-B.2-C.2-C.1, wherein A.1-A.2 comprises two coils in the first phase, and wherein B.1-B.2 comprises two coils in the second phase, wherein C.1-C.2 comprises two coils in the third phase, wherein A.2-A.1 comprises two coils in the first phase, and wherein B.2-B.1 comprises two coils in the second phase and wherein C.2-C.1 comprises two coils in the third phase, - at least nine power stages, such as half h-bridges, wherein each power stage is arranged to drive a single pair of two coils (A.1-A.2, B.1-B.2, C.1-C.2, A.2-A.1, B.2-B.1, C.2-C.1) in such a way that an induction field of a first coil (A.1, B.1, C.1) of said pair is directed oppositely to an induction field of a second coil (A.2, B.2, C.2) of said pair, characterized in that each of said two coils of a pair are connected in parallel, and wherein each of said two coils of said pair are winded differently: - a first coil (A.1, B.1, C.1) of said pair is winded clockwise, and - a second coil (A.2, B.2, C.2) of said pair is winded anticlockwise, thereby accomplishing that, when actuated, a produced induction field of a first coil (A.1, B.1, C.1) of said pair is opposite to a produced induction field of a second coil (A.2, B.2, C.2) of said pair. - a rotor comprising a plurality of permanent magnets; - a stator comprising at least three groups of six teeth placed adjacently to each other, wherein electrically excitable coils are winded on each of said six teeth of each group, respectively, for generating an induction field for interaction with said plurality of permanent magnets to cause said rotor to rotate with respect to said stator, wherein said brushless electric motor system is controlled using three phases (A, B, C), and wherein each of said at least three groups of six teeth is divided into three pairs of two coils (A.1-A.2-B.2-B.1-C.1-C.2, A.2-A.1-B.1-B.2-C.2-C.1), wherein the teeth in each group are placed adjacently to each other in such a way that the coils are ordered in A.1-A.2-B.2-B.1-C.1-C.2 or A.2-A.1-B.1-B.2-C.2-C.1, wherein A.1-A.2 comprises two coils in the first phase, and wherein B.1-B.2 comprises two coils in the second phase, wherein C.1-C.2 comprises two coils in the third phase, wherein A.2-A.1 comprises two coils in the first phase, and wherein B.2-B.1 comprises two coils in the second phase and wherein C.2-C.1 comprises two coils in the third phase, - at least nine power stages, such as half h-bridges, wherein each power stage is arranged to drive a single pair of two coils (A.1-A.2, B.1-B.2, C.1-C.2, A.2-A.1, B.2-B.1, C.2-C.1) in such a way that an induction field of a first coil (A.1, B.1, C.1) of said pair is directed oppositely to an induction field of a second coil (A.2, B.2, C.2) of said pair, each of said two coils of a pair are connected in parallel, and wherein each of said two coils of said pair are winded differently: - a first coil (A.1, B.1, C.1) of said pair is winded clockwise, and - a second coil (A.2, B.2, C.2) of said pair is winded anticlockwise, thereby accomplishing that, when actuated, a produced induction field of a first coil (A.1, B.1, C.1) of said pair is opposite to a produced induction field of a second coil (A.2, B.2, C.2) of said pair. - a first coil (A.1, B.1, C.1) of said pair is winded clockwise, and - a second coil (A.2, B.2, C.2) of said pair is winded anticlockwise, thereby accomplishing that, when actuated, a produced induction field of a first coil (A.1, B.1, C.1) of said pair is opposite to a produced induction field of a second coil (A.2, B.2, C.2) of said pair.