An electric bicycle having a gearing system , the gearing system comprising: a first rotational input , a second rotational input , and a rotational output, wherein the first rotational input comprises a bicycle pedal crank and the second rotational input comprises an electric motor ; wherein the first rotational input and the second rotational input may transmit a rotation to the rotational output; wherein the first rotational input is connected to the rotational output through a one way clutch , and wherein the second rotational input is connected to the rotational output through an overrunning clutch ; wherein the one way clutch is rotationally coupled to the overrunning clutch by a bracket ; wherein said bicycle further comprises a crank set located adjacent a first end of an axle so as to define a crank set side of the bicycle; wherein the bracket comprises a first cylindrical section , a second cylindrical section , and a flange ; wherein the second cylindrical section has a greater diameter than the first cylindrical section ; wherein the flange is provided between the first cylindrical section and the second cylindrical section such that a cylindrical housing is formed within the interior of the second cylindrical section ; wherein the first cylindrical section of the bracket defines a cylindrical mounting ; and wherein the one way clutch is mounted within the cylindrical housing and the overrunning clutch is mounted around the cylindrical mounting ; characterised in that the first cylindrical section and the overrunning clutch are located toward the crank set side of the electric bicycle and the one way clutch locates toward a non-crank set side of the electric bicycle. a first rotational input , a second rotational input , and a rotational output, wherein the first rotational input comprises a bicycle pedal crank and the second rotational input comprises an electric motor ; wherein the first rotational input and the second rotational input may transmit a rotation to the rotational output; wherein the first rotational input is connected to the rotational output through a one way clutch , and wherein the second rotational input is connected to the rotational output through an overrunning clutch ; wherein the one way clutch is rotationally coupled to the overrunning clutch by a bracket ; wherein said bicycle further comprises a crank set located adjacent a first end of an axle so as to define a crank set side of the bicycle; wherein the bracket comprises a first cylindrical section , a second cylindrical section , and a flange ; wherein the second cylindrical section has a greater diameter than the first cylindrical section ; wherein the flange is provided between the first cylindrical section and the second cylindrical section such that a cylindrical housing is formed within the interior of the second cylindrical section ; wherein the first cylindrical section of the bracket defines a cylindrical mounting ; and wherein the one way clutch is mounted within the cylindrical housing and the overrunning clutch is mounted around the cylindrical mounting ; characterised in that the first cylindrical section and the overrunning clutch are located toward the crank set side of the electric bicycle and the one way clutch locates toward a non-crank set side of the electric bicycle. <EOS>