The invention discloses a rigid-collision-free power transmission line spacer wire clamp connection structure. The structure comprises a spacer framework, rotary joint rubber pads and spacer connection wire clamps. A plurality of rotary joint grooves rotationally connected with the spacer connection wire clamps are evenly formed in the spacer framework. The connection mode composed of the spacer framework, the rotary joint rubber pads and the tail portions of spacer connection wire clamp bodies is adopted. Each spacer connection wire clamp comprises a connection rod and a chuck, wherein the rear end of the connection rod is provided with a connection rod installation hole. The rotary joint rubber pads and spacer connection wire clamp rotary shafts are arranged in the rotary joint grooves, and the spacer connection wire clamp rotary shafts penetrate into the connection rod installation holes and rotary joint rubber pad installation holes. The spacer wire clamp connection structure can prevent the rubber pads from disengaging from the interiors of the wire clamp chucks, an existing hard connection structure of spacers is improved into a soft connection structure, the phenomenon that the spacer rotary joints tear and deform is avoided, damage of wire swing to the spacers is reduced, and anti-swing performance of the spacers is improved.