The present invention relates to a lamp for a vehicle and, more specifically, to a lamp for a vehicle, forming an optimal blind zone in accordance with the position of a vehicle ahead while sufficiently securing the view of a driver. According to an embodiment of the present invention, the lamp for a vehicle comprises: a lamp unit forming a beam pattern including a plurality of pattern regions; animage acquisition unit obtaining images in the front of a vehicle at a predetermined cycle; a recognition unit recognizing the vehicle ahead from the front images; and a control unit allowing the blind zone to be formed by controlling the quantity of light in at least one pattern region corresponding to the vehicle ahead among the plurality of pattern regions. The control unit enables the blind zone to be formed by controlling the quantity of light in at least one pattern region, wherein a predetermined fixing range added to the width of the vehicle ahead and both sides of the vehicle ahead among the plurality of pattern regions is included. The light irradiation range of lamp unit is smaller than the image acquisition range of the image acquisition unit so that the light irradiation range can be recognized by the recognition unit before a vehicle overtaking from behind enters the light irradiation range.