Abstract: This invention provides a bayonet (10) comprising an attachment portion (12) having a first opening (16) for receiving the muzzle of a gun. A second opening is also provided that is aligned with the first opening to allow the passage of a bullet therethrough. An extension portion (14) extends from the attachment portion in the opposite direction of the gun barrel and terminates in a point (24). The attachment portion (12) substantially comprises a polymer and the extension portion (14) has a non ferrous structural core substantially over-molded with a polymer.
Abstract: A shroud is provided for a firearm having a longitudinal barrel. The shroud is configured to co-operate with formations provided on the firearm barrel such as to provide axial alignment therebetween. The shroud further comprises means for mounting one or more devices to the shroud. The alignment between the barrel and the shroud provides for alignment between the device(s) and the barrel. A firearm comprising such a shroud, and a method of configuring a firearm comprising the shroud are also provided.
Abstract: A shroud is provided (10) for a firearm (50) having a longitudinal barrel (52). The shroud is configured to co-operate with formations (54) provided on the firearm barrel such as to provide axial alignment therebetween. The shroud further comprises means (11) for mounting one or more devices to the shroud. The alignment between the barrel and the shroud provides for alignment between the device(s) and the barrel. A firearm comprising such a shroud, and a method of configuring a firearm comprising the shroud are also provided.
Abstract: This invention provides a bayonet (10) comprising an attachment portion (12) having a first opening (16) for receiving the muzzle of a gun. A second opening is also provided that is aligned with the first opening to allow the passage of a bullet therethrough. An extension portion (14) extends from the attachment portion in the opposite direction of the gun barrel and terminates in a point (24). The attachment portion (12) substantially comprises a polymer and the extension portion (14) has a non ferrous structural core substantially over-moulded with a polymer.