handlebar end further the outer part also has a centre line 34 whose position is independent of a support element for the ball of the thumb 36 the centre line 34 of the outer part 12 encloses an angle a with the centre line 32 of the inner part 10 which angle is arranged with respect to the traveling direction 37 in the traveling direction the angle a preferably ranges from 100 u00b0 170 u00b0 in particular from 120 u00b0 150 u00b0 and particularly preferred from 130 u00b0 140 u00b0 the bicycle handle of the present disclosure is thus designed such that with reference to the traveling direction 37 it has an outer part 12 that is angled in the traveling direction 37 with respect to the inner part 10 in the embodiment illustrated a front edge 38 of the bicycle handle directed in the traveling direction is thus concavely shaped the front edge 38 is a common front edge of the inner part 10 and the outer part 12 the wing shaped support element for the ball of the thumb forms a support surface 40 for the ball of the thumb when the bicycle handle is gripped in the usual way the ball of the thumb thus rests on the support surface 40 for the ball of the thumb owing to the inventive angular offset between the inner part 10 and the outer part 12 the wrist.