The invention relates to a vascular stent. The vascular stent comprises a plurality of supporting rings and a plurality of connecting rods, which are distributed at intervals along the length direction of the vascular stent. The connecting rods are connected between the corresponding two adjacent supporting rings, and the wall thickness of at least part of the connecting rods is less than the thickness of the supporting rings. The vascular stent can be designed with different wall thicknesses in the designated location area, and the detailed structure of the vascular stent can be adjusted to achieve the effect of different wall thicknesses of the vascular stent. In this way, the flexibility of the thinning position (i.e. the connecting rod) can be ensured, and the generation of low shear stress zone, eddy current generation probability and secondary stenosis rate can be reduced. At the same time, the strength of the remaining positions with unreduced wall thickness (i.e. the supporting ring) was ensured, so that the stent as a whole still maintained good supporting performance.
