The invention discloses an optical cable capable of staggering a force in a twisting direction, belonging to the field of optical fibers. In the optical cable capable of staggering a force in a twisting direction, a diamond-shaped twisting direction ring is arranged in an aramid fiber yarn layer to achieve a certain force-staggering and force-dispersing effect by using the instability like parallelogram. When a force is applied locally on the diamond-shaped twisting direction ring, force-dispersing bead chains at two sides are pulled by a force-sharing bead chain to have certain displacement in a force-staggering cavity so as to disperse and stagger the force. In the meanwhile, a torsion and twisting direction structure of the diamond-shaped twisting direction ring enables the diamond-shaped twisting direction ring to have a tendency of continue to be twisted and deformed along the original direction of torsion and twisting, so that force-bearing points on the surface of a fiber core in the diamond-shaped twisting direction ring change long the twisting direction of the diamond-shaped twisting direction ring, thus the stress range is extended to reduce the local stress intensity soas to disperse and stagger the local stress. Therefore, the fiber core will not be stressed continuously at the same part to avoid breaking, so as to effectively ensure the service life of the fibercore.