An unmanned aerial vehicle including a body and a pan-tilt assembly (2, 3) arranged at the body, wherein the pan-tilt assembly (2, 3) includes a shock-absorbing structure (20, 30), a connecting structure (21, 31), and a load (23, 33), the shock-absorbing structure (20, 30) is arranged within the body, the load (23, 33) is fixedly connected to the shock-absorbing structure (20, 30) via the connecting structure (21, 31), and the connecting structure (21, 31) and the load (23, 33) are arranged outside the body, wherein the pan-tilt shock-absorbing structure (20, 30) includes a shock-absorbing ball (202, 302) and a positioning structure (201, 301) fixedly connecting the shock-absorbing ball (202, 302) to the body, the positioning structure (201, 301) includes a moving member (200, 300) and a fixing member (204, 304), the fixing member (204, 304) is fixedly connected to an end of shock-absorbing ball (202, 302) and the body, and the moving member (200, 300) is fixedly connected to another end of shock-absorbing ball (202, 302) and the load (23, 33) of the pan-tilt, wherein the moving member (200, 300) includes a connecting plate (2000, 3000) and two first connecting arms (2004, 3004) extending from two opposite sides of the connecting plate (2000, 3000), the connecting plate (2000, 3000) is fixedly connected to the load (23, 33) of the pan-tilt assembly (2, 3), each first connecting arm includes two distal portions, and each distal portion is connected to the shock-absorbing ball (202, 302); wherein the fixing member (204, 304) includes: two second connecting arms (2044, 3044), wherein each second connecting arm (2044, 3044) includes an distal end, and wherein each distal end is connected to the shock-absorbing ball (202, 302); a limiting portion (2046, 3046) for limiting a moving range of the moving member (200, 300) in a direction perpendicular to the bottom wall of the body; a positioning portion (2040, 3040) fixedly connected to the body, wherein the limiting portion (2046, 3046) is fixedly connected to the positioning portion (2040, 3040) and is approximately parallel to the positioning portion (2040, 3040); and wherein, in a first alternative, the fixing member further includes two connecting portions extending from two opposite sides of the positioning portion and connecting the positioning portion with the two second connecting arms, wherein, in the first alternative, each second connecting arm extends from an end of the corresponding connecting portion distal from the positioning portion, or wherein, in a second alternative, the fixing member further includes one connecting portion extending from an end of the positioning portion toward a direction away from the positioning portion and connecting the positioning portion with the limiting portion, wherein, in the second alternative, each second connecting arm extends from an end of the positioning portion distal from the positioning portion in a direction away from the positioning portion and approximately parallel to the positioning portion with the second connecting arm being slightly lower than the positioning portion and with a distance between the two second connecting arms gradually increasing from the positioning portion in the direction away from the positioning portion. two second connecting arms (2044, 3044), wherein each second connecting arm (2044, 3044) includes an distal end, and wherein each distal end is connected to the shock-absorbing ball (202, 302); a limiting portion (2046, 3046) for limiting a moving range of the moving member (200, 300) in a direction perpendicular to the bottom wall of the body; a positioning portion (2040, 3040) fixedly connected to the body, wherein the limiting portion (2046, 3046) is fixedly connected to the positioning portion (2040, 3040) and is approximately parallel to the positioning portion (2040, 3040); and wherein, in a first alternative, the fixing member further includes two connecting portions extending from two opposite sides of the positioning portion and connecting the positioning portion with the two second connecting arms, wherein, in the first alternative, each second connecting arm extends from an end of the corresponding connecting portion distal from the positioning portion, or wherein, in a second alternative, the fixing member further includes one connecting portion extending from an end of the positioning portion toward a direction away from the positioning portion and connecting the positioning portion with the limiting portion, wherein, in the second alternative, each second connecting arm extends from an end of the positioning portion distal from the positioning portion in a direction away from the positioning portion and approximately parallel to the positioning portion with the second connecting arm being slightly lower than the positioning portion and with a distance between the two second connecting arms gradually increasing from the positioning portion in the direction away from the positioning portion.