Abstract: Tactical firearm systems and methods of manufacturing tactical firearm systems are discussed herein. In some embodiments, a tactical weapons platform can comprise a forend assembly adapted to house a portion of a barrel; a receiver assembly detachably coupled to the forend assembly and adapted to interface with a bolt action; and a butt stock assembly detachably coupled to the receiver assembly. In other embodiments, a modular stock assembly for a bolt action rifle can generally comprise a forend assembly, a receiver assembly, and a butt stock assembly. The forend assembly can have a body adapted to house a barrel in a free floating configuration, wherein the body surrounds at least a portion of the length of the barrel. The receiver assembly can be detachably coupled to the forend assembly and adapted to directly interface with a bolt action without bedding. The butt stock assembly can be detachably coupled the receiver assembly by a hinge.

Abstract: Mounting brackets for use in attaching accessory devices to firearms are provided. Some embodiments can be configured as detachable and can comprise multiple transverse members disposed between two connection members and an attachment member. Connection members can be configured for attachment to an exterior firearm surface, such as along a top surface of a fire arm. The second generally parallel member can be spaced apart from the connection members and can comprise an outer surface, which can be configured as Picatinny rail for carrying devices. Transverse members can be disposed between and coupled to the parallel members, and the number of transverse members can. The transverse members can define openings enabling including structural strength, low weight, and compact, sleek design. The transverse members can be angled relative to the parallel members to provide structural and energy absorption features. Other aspects, features, and embodiments are also claimed and described herein.