Abstract: A sight device for an archery bow comprises a sight arm adjustably attached to the bow. A support for a lens is secured to the sight arm. The support is vertically adjustable. The support includes a horizontally adjustable arm and two attachment lugs (45, 46). The attachment lugs are compressible to hold the lens.

Abstract: The invention relates to a stabilizer for an archery bow, a crossbow or similar weapon where vibrations occur, and which is formed by a housing which is provided with a coupling at one of its ends in order to enable releasable interconnection of the stabilizer and the weapon, and that a material is received in the interior of the housing which material consists of foam plastic with a damper body contained therein conisistinig of metal, for example lead or other material, which presents a larger density than the foam plastic. According to the invention, several balls or similar small damper bodies are contained in and attached to the foam plastic material, which consists of an inertia elastic polyurethane foam plastic with open cells.

Abstract: A sight device for an archery bow comprises a sight arm (5) adjustably attached to an attachment plate (4) which is mounted to the bow handle. The attachment plate includes a plurality of vertically arranged grooves (14) along its length, and the sight arm includes ridges (15) along its length to mate with the grooves. The forward end of the sight arm includes an articulated cylindrical shaft (17). A holder (18) is secured to the cylindrical shaft for lateral adjustment. A C-shaped lateral adjustment unit (9) is screwed to the holder for vertical adjustment. A support (10) for a scope lens (11) is secured to the lateral adjustment unit.

Abstract: An arrangement for a sight for a bow having at least two independently adjustable sighting members which are capable of being displaced and guided in the desired adjustment direction, and are supported by a guide intended for that purpose. At least one of the sighting members is capable of removable connection to a common drive member extending along the guides for the purpose of adjusting the sighting members independently of one another.