An apparatus comprising: a number of mirror units configured to be positioned relative to an object; a number of cameras (314, 316) configured to generate images of the object and the number of mirror units in which a plurality of points on the object is present in the images, wherein a first portion of the plurality of points on the object is visible on the object in the images and a second portion of the plurality of points on the object is visible on the number of mirror units in the images; a laser device configured to generate a plurality of markers on the plurality of points, wherein the plurality of markers on the plurality of points is visible in the images; and a measurement module configured to identify a plurality of coordinates for the plurality of points using the images, a plurality of positions for the number of cameras (314, 316) relative to the object, a number of reference points in the images, and a number of positions for the number of mirror units, the measurement module configured to generate a substantially spatially correct point cloud for the object using the plurality of coordinates for the plurality of points on the object in which points in the substantially spatially correct point cloud have the same locations as corresponding points in the plurality of points on the object when the points in the substantially spatially correct point cloud are aligned with the corresponding points in the plurality of points on the object, such that when the point cloud is overlaid on the plurality of points on the object, the points in the point cloud are in substantially the same locations as the plurality of points on the object; wherein a mirror unit in the number of mirror units comprises: a mirror having a first surface; and a frame surrounding the mirror and having a second surface, wherein the frame is configured to hold the mirror such that the first surface is substantially coplanar with the second surface and wherein at least a portion of the number of reference points appear on the frame in the images. a number of mirror units configured to be positioned relative to an object; a number of cameras (314, 316) configured to generate images of the object and the number of mirror units in which a plurality of points on the object is present in the images, wherein a first portion of the plurality of points on the object is visible on the object in the images and a second portion of the plurality of points on the object is visible on the number of mirror units in the images; a laser device configured to generate a plurality of markers on the plurality of points, wherein the plurality of markers on the plurality of points is visible in the images; and a measurement module configured to identify a plurality of coordinates for the plurality of points using the images, a plurality of positions for the number of cameras (314, 316) relative to the object, a number of reference points in the images, and a number of positions for the number of mirror units, the measurement module configured to generate a substantially spatially correct point cloud for the object using the plurality of coordinates for the plurality of points on the object in which points in the substantially spatially correct point cloud have the same locations as corresponding points in the plurality of points on the object when the points in the substantially spatially correct point cloud are aligned with the corresponding points in the plurality of points on the object, such that when the point cloud is overlaid on the plurality of points on the object, the points in the point cloud are in substantially the same locations as the plurality of points on the object; wherein a mirror unit in the number of mirror units comprises: a mirror having a first surface; and a frame surrounding the mirror and having a second surface, wherein the frame is configured to hold the mirror such that the first surface is substantially coplanar with the second surface and wherein at least a portion of the number of reference points appear on the frame in the images. a mirror having a first surface; and a frame surrounding the mirror and having a second surface, wherein the frame is configured to hold the mirror such that the first surface is substantially coplanar with the second surface and wherein at least a portion of the number of reference points appear on the frame in the images.