Abstract: A target for use in firearm training or target practice. In one embodiment the target is constructed out of a unitary sheet of carboard having anterior and posterior sides, and a plurality of interlocking members. The cardboard can be folded along a center line to bring the anterior and posterior side of the carboard into an overlapping alignment. Once in overlapping alignment the interlocking members of the carboard can be mated to produce a three-dimensional emulation.

Abstract: A target for use in firearm training or target practice. In one embodiment the target is constructed out of a unitary sheet of carboard having anterior and posterior sides, and a plurality of interlocking members. The cardboard can be folded along a center line to bring the anterior and posterior side of the carboard into an overlapping alignment. Once in overlapping alignment the interlocking members of the carboard can be mated to produce a three-dimensional emulation.

Abstract: A rack including a main body, an arm connected to the main body so as to be disposed in an opening of the main body when in a storage position, and so as to extend from a front face of the main body when in a display position. The arm includes a base portion connected to the main body, and a gun support extending from the base portion.

Abstract: A rack including a main body, an arm connected to the main body so as to be disposed in an opening of the main body when in a storage position, and so as to extend from a front face of the main body when in a display position. The arm includes a base portion connected to the main body, and a gun support extending from the base portion.

Abstract: An image is printed on a photo-sensitive medium in the form of an array of pixels of various tone densities. The medium (11) is moved at a constant speed in a Y direction behind a screen (10). The screen (10) has columns of apertures (13) extending in the Y direction, with the different apertures of each column being of different sizes. A beam of light of constant intensity (preferably a laser beam from a laser generator (19)) scans regularly in an X direction over the screen. The laser beam is selectively deflected by means (40) to expose the photo-sensitive medium through a selection of the apertures of each column. Since the apertures are of different sizes the exposure is different through each size and thus dots of selectable size can be printed on any point of the medium. On any one scan, the light beam is capable of exposing any number of the apertures in each column, from none to all of them.