A fixing clip for fixing a member to be installed to a body panel, wherein the fixing clip comprises a bushing and a lock pin to be inserted into the bushing, the bushing including a head having a lock pin inserting hole penetrating the head in an axial direction of the fixing clip, the bushing including a leg, the bushing including paired engagement hooks provided at opposed portions of the leg located on opposite sides of a center axis line of the fixing clip and opposing each other, wherein the lock pin includes a load receiving portion where, when a drawing-out load is loaded on the fixing clip from the member to be installed and a reaction force (Fr) of the drawing-out load is added to the fixing clip from the body panel, the lock pin receives one part (Fa) of the reaction force (Fr) of the drawing-out load, wherein the bushing includes a pressure receiving surface where the bushing receives the one part (Fa) of the reaction force (Fr) of the drawing-out load which the lock pin has received, wherein the lock pin includes a side hook which protrudes outward more than a side surface of the leg of the bushing in a direction (Crl) perpendicular to a direction (Cfr) connecting the paired engagement hooks and perpendicular to the center axis line of the fixing clip in a state that the lock pin has been inserted into the bushing, and wherein when the drawing-out load is loaded on the fixing clip from the member to be installed whereby the fixing clip is inclined relative to the body panel and engages the body panel at a first engagement portion of one of the paired engagement hooks and at a second engagement portion of the other of the paired engagement hooks, axial distances of the first and second engagement portions (42A, 44A) from the head being different from each other, the first engagement portion is located closer to the head than the side hook and the second engagement portion is located closer to the tip of the leg than the side hook, characterized in that the opposed portions of the leg are connected to the head at first ends of the opposed portions of the leg and extend in a direction away from the head and end at second ends of the opposed portions, each of the paired engagement hooks is integrally formed to an outside surface of each of the opposed portions of the leg, and the head-side end of the engagement hook is spaced from the head, and the fixing clip engages the body panel at the paired engagement hooks when the drawing-out load is loaded on the fixing clip from the member to be installed and the fixing clip has been inclined relative to the body panel along a plane extending in a front-rear direction (Cfr) of the fixing clip which corresponds to the direction (Cfr) connecting the paired engagement hooks. the lock pin includes a load receiving portion where, when a drawing-out load is loaded on the fixing clip from the member to be installed and a reaction force (Fr) of the drawing-out load is added to the fixing clip from the body panel, the lock pin receives one part (Fa) of the reaction force (Fr) of the drawing-out load, wherein the bushing includes a pressure receiving surface where the bushing receives the one part (Fa) of the reaction force (Fr) of the drawing-out load which the lock pin has received, wherein the lock pin includes a side hook which protrudes outward more than a side surface of the leg of the bushing in a direction (Crl) perpendicular to a direction (Cfr) connecting the paired engagement hooks and perpendicular to the center axis line of the fixing clip in a state that the lock pin has been inserted into the bushing, and wherein when the drawing-out load is loaded on the fixing clip from the member to be installed whereby the fixing clip is inclined relative to the body panel and engages the body panel at a first engagement portion of one of the paired engagement hooks and at a second engagement portion of the other of the paired engagement hooks, axial distances of the first and second engagement portions (42A, 44A) from the head being different from each other, the first engagement portion is located closer to the head than the side hook and the second engagement portion is located closer to the tip of the leg than the side hook, characterized in that the opposed portions of the leg are connected to the head at first ends of the opposed portions of the leg and extend in a direction away from the head and end at second ends of the opposed portions, each of the paired engagement hooks is integrally formed to an outside surface of each of the opposed portions of the leg, and the head-side end of the engagement hook is spaced from the head, and the fixing clip engages the body panel at the paired engagement hooks when the drawing-out load is loaded on the fixing clip from the member to be installed and the fixing clip has been inclined relative to the body panel along a plane extending in a front-rear direction (Cfr) of the fixing clip which corresponds to the direction (Cfr) connecting the paired engagement hooks.