To provide a flexibility capable of absorbing the knock generated in skating and more satisfactorily damping a vibration by partially associating a first part to a second part within the second part, and manufacturing the first part from a material having an elastic coefficient and/or color different from the material of the second part.

A blade holder support body for fixing a blade 3 to a shoe is formed of a first part 5 and a second part 6 to be fixed to the blade 3 and fixed to the shoe. These parts 5, 6 have different elastic coefficients, and the part 5 is particularly formed of a material having an elastic coefficient larger than the part 6. Thus, a high rigidity is attained within the part 5 in a section for mounting the blade 3 on the support body. Further, a part 6 extended to cover a branch member 7 has a high performance for damping a vibration generated in skating and absorbing a knock. The parts 5, 6 can be co-molded, and the support body is formed by use of materials having different colors to attain a certain kind of beautiful impact.