A lighting fixture for a vehicle, comprising: a semiconductor-type light source and a lens in which light from the semiconductor-type light source is made incident from an incident surface, and the light incident therefrom is emitted from an emission surface, wherein the lens has a reference focal point and is composed of: a first lens portion disposed at one side of an upper part of the lens, a second lens portion disposed at a lower part of the lens, and a third lens portion disposed at another side of the upper part of the lens, characterized in that, the first lens portion forms a light focusing pattern, which illuminates a first range of a screen at a front lateral side of a vehicle, the second lens portion forms a first scattering pattern, which illuminates a second range of the screen at the front lateral side of the vehicle, and the third lens portion forms a second scattering pattern, which illuminates a third range of the screen at the front lateral side of the vehicle, wherein the first range is a range of about 25 degrees to 60 degrees of one side along a horizontal line (HL-HR) from a vertical line (VU-VD) of the screen, the second range is a range of about 25 degrees to about 100 degrees of the one side along the horizontal line (HL-HR) from the vertical line (VU-VD) of the screen, and the third range is a range of about 47 degrees to about 100 degrees of the one side along the horizontal line (HL-HR) from the vertical lie (VU-VD) of the screen, and wherein the incident surface of the lens is divided into three sections which are incident surfaces of the first lens portion, the second lens portion and the third lens portion, respectively. a semiconductor-type light source and a lens in which light from the semiconductor-type light source is made incident from an incident surface, and the light incident therefrom is emitted from an emission surface, wherein the lens has a reference focal point and is composed of: a first lens portion disposed at one side of an upper part of the lens, a second lens portion disposed at a lower part of the lens, and a third lens portion disposed at another side of the upper part of the lens, characterized in that, the first lens portion forms a light focusing pattern, which illuminates a first range of a screen at a front lateral side of a vehicle, the second lens portion forms a first scattering pattern, which illuminates a second range of the screen at the front lateral side of the vehicle, and the third lens portion forms a second scattering pattern, which illuminates a third range of the screen at the front lateral side of the vehicle, wherein the first range is a range of about 25 degrees to 60 degrees of one side along a horizontal line (HL-HR) from a vertical line (VU-VD) of the screen, the second range is a range of about 25 degrees to about 100 degrees of the one side along the horizontal line (HL-HR) from the vertical line (VU-VD) of the screen, and the third range is a range of about 47 degrees to about 100 degrees of the one side along the horizontal line (HL-HR) from the vertical lie (VU-VD) of the screen, and a first lens portion disposed at one side of an upper part of the lens, a second lens portion disposed at a lower part of the lens, and a third lens portion disposed at another side of the upper part of the lens, characterized in that, the first lens portion forms a light focusing pattern, which illuminates a first range of a screen at a front lateral side of a vehicle, the second lens portion forms a first scattering pattern, which illuminates a second range of the screen at the front lateral side of the vehicle, and the third lens portion forms a second scattering pattern, which illuminates a third range of the screen at the front lateral side of the vehicle, wherein the first range is a range of about 25 degrees to 60 degrees of one side along a horizontal line (HL-HR) from a vertical line (VU-VD) of the screen, the second range is a range of about 25 degrees to about 100 degrees of the one side along the horizontal line (HL-HR) from the vertical line (VU-VD) of the screen, and the third range is a range of about 47 degrees to about 100 degrees of the one side along the horizontal line (HL-HR) from the vertical lie (VU-VD) of the screen, and wherein the incident surface of the lens is divided into three sections which are incident surfaces of the first lens portion, the second lens portion and the third lens portion, respectively.