Steering stop for bicycle handlebars
A steering stop for bicycle handlebars, comprising a first stop element adapted to be fixed to the head tube of a bicycle fork, and a second stop element cooperating with the first stop element to limit the steering angle. The second stop element is adapted to be mounted to the bicycle frame, in particular to the top tube of the bicycle frame.
1. A steering stop for bicycle handlebars, comprising:
a first stop element formed as a headset cover ring, the headset cover ring being integrally formed with a left stop surface and a right stop surface and a clamping slot between the left and right stop surfaces;
a screw at the clamping slot for clampingly fastening the first stop element to a head tube of a bicycle fork;
a second stop element having a left stop surface and a right stop surface; and
a fixing element for fixing the second stop element to an upper side of a top tube of a bicycle frame so that the left and right stop surfaces of the second stop element form a plane abutment with the left and right stop surfaces of the first stop element, respectively, to limit a steering angle,
wherein the fixing element has a rated breaking point above which the fixing element breaks to ensure that forces above the rated breaking point are not induced into the head tube or the top tube.
2. The steering stop of claim 1 , wherein the second stop element is plastic material.
3. The steering stop of claim 2 , wherein the second stop element is made of deformable plastic material.
4. The steering stop of claim 1 , wherein the fixing element is at least partly hollow in order to form the rated breaking point.
5. The steering stop of claim 1 , wherein the fixing element is in the form of a hollow screw.
6. The steering stop of claim 5 , further comprising a hexagonal socket contour provided in an opening of the hollow screw.
7. The steering stop of claim 1 , wherein the plane abutment is inclined at an angle of more than 90° with respect to a line tangential to the headset cover ring.
8. The steering stop of claim 1 , wherein the plane abutment is inclined at an angle of more than 120° with respect to a line tangential to the headset cover ring.
9. The steering stop of claim 1 , wherein the plane abutment is inclined at an angle of 135° with respect to a line tangential to the headset cover ring.