A rifle intelligence system includes a sensor module comprising an enclosure configured to be removably secured to a firearm; a processor disposed within the module enclosure; and a plurality of sensors disposed within the module enclosure and communicatively coupled to the processor. The plurality of sensors is configured to generate shot attribute data associated with operation of the firearm and to wirelessly transmit the shot attribute data to a mobile computing device. The shot attribute data includes at least acceleration of the firearm along a bore axis and a temperature measurement of the barrel of the firearm.

A Gatling-style platform has a control system to limit the number of ammunitions that can be fired a single or multiple times. The control system is operably coupled to an electronic motor that can be coupled to multi-barrels for rotating the multi-barrels and a delinker to feed the ammunition. The electronic firearm further includes an electronic rotary trigger that has multiple discrete intervals that correspond to the number of ammunition or rounds of ammunition to be fired, wherein the electronic rotary trigger can be rotated to any desired level from the multiple discrete intervals, the rotation of the electronic rotary trigger actuates the delinker and/or motor to start firing.

A Gatling-style platform has a control system to limit the number of ammunitions that can be fired a single or multiple times. The control system is operably coupled to an electronic motor that can be coupled to multi-barrels for rotating the multi-barrels and a delinker to feed the ammunition. The electronic firearm further includes an electronic rotary trigger that has multiple discrete intervals that correspond to the number of ammunition or rounds of ammunition to be fired, wherein the electronic rotary trigger can be rotated to any desired level from the multiple discrete intervals, the rotation of the electronic rotary trigger actuates the delinker and/or motor to start firing.

A Gatling-style platform has a control system to limit the number of ammunitions that can be fired a single or multiple times. The control system is operably coupled to an electronic motor that can be coupled to multi-barrels for rotating the multi-barrels and a delinker to feed the ammunition. The electronic firearm further includes an electronic rotary trigger that has multiple discrete intervals that correspond to the number of ammunition or rounds of ammunition to be fired, wherein the electronic rotary trigger can be rotated to any desired level from the multiple discrete intervals, the rotation of the electronic rotary trigger actuates the delinker and/or motor to start firing.

A Gatling-style platform has a control system to limit the number of ammunitions that can be fired a single or multiple times. The control system is operably coupled to an electronic motor that can be coupled to multi-barrels for rotating the multi-barrels and a delinker to feed the ammunition. The electronic firearm further includes an electronic rotary trigger that has multiple discrete intervals that correspond to the number of ammunition or rounds of ammunition to be fired, wherein the electronic rotary trigger can be rotated to any desired level from the multiple discrete intervals, the rotation of the electronic rotary trigger actuates the delinker and/or motor to start firing.

Embodiments of the invention include a firearm system and method of assembly of the firearm system including a receiver complex including a receiver coupled to a forward receiver. A feed port is positioned between the receiver and the forward receiver, and a striker coil assembly is positioned proximate the receiver, and includes a plurality of strikers each extending at least partially through a coil. An interchangeable barrel is coupled to the forward receiver forming a breech. In some embodiments, the firearm system includes a breech that includes a plurality of side-by-side bores of the barrel. Some embodiments include a magazine coupled to the receiver complex adjacent the feedport to simultaneously feed more than one dischargeable projectile into the feedport with a single charge block. In some embodiments, the charge block includes a plurality of chambers and a plurality of projectiles positioned within the plurality of chambers.

Embodiments of the invention include a firearm system and method of assembly of the firearm system including a receiver complex including a receiver coupled to a forward receiver. A feed port is positioned between the receiver and the forward receiver, and a striker coil assembly is positioned proximate the receiver, and includes a plurality of strikers each extending at least partially through a coil. An interchangeable barrel is coupled to the forward receiver forming a breech. In some embodiments, the firearm system includes a breech that includes a plurality of side-by-side bores of the barrel. Some embodiments include a magazine coupled to the receiver complex adjacent the feedport to simultaneously feed more than one dischargeable projectile into the feedport with a single charge block. In some embodiments, the charge block includes a plurality of chambers and a plurality of projectiles positioned within the plurality of chambers.

An electronic firing rifle assembly includes a salvo rifle operable through electrical means to efficiently discharge a salvo of projectiles. The assembly includes a firearm receiver body that provides housing for internal action components. The firearm receiver body has an inner surface defined by cam slots. The assembly also includes a barrel subassembly having a barrel and a plurality of barrel guide cams extending radially within the cam slots formed in the firearm receiver body. The assembly also includes a reciprocating bolt defined by has an ammunition placement zone for retaining ammunition, such as a tround. A leaf spring ejects the ammunition after discharge of projectiles. The bolt is defined by a cam track that allows the bolt to rotatably and longitudinally reciprocate along a bolt translation path in a helical path. Data pertaining to the location and direction of projectile discharge is transmitted for identifying discharge locations and tracking.

Embodiments of the invention include a firearm system and method of assembly of the firearm system including a receiver complex including a receiver coupled to a forward receiver. A feed port is positioned between the receiver and the forward receiver, and a striker coil assembly is positioned proximate the receiver, and includes a plurality of strikers each extending at least partially through a coil. An interchangeable barrel is coupled to the forward receiver forming a breech. In some embodiments, the firearm system includes a breech that includes a plurality of side-by-side bores of the barrel. Some embodiments include a magazine coupled to the receiver complex adjacent the feedport to simultaneously feed more than one dischargeable projectile into the feedport with a single charge block. In some embodiments, the charge block includes a plurality of chambers and a plurality of projectiles positioned within the plurality of chambers.

Embodiments of the invention include a firearm system and method of assembly of the firearm system including a receiver complex including a receiver coupled to a forward receiver. A feed port is positioned between the receiver and the forward receiver, and a striker coil assembly is positioned proximate the receiver, and includes a plurality of strikers each extending at least partially through a coil. An interchangeable barrel is coupled to the forward receiver forming a breech. In some embodiments, the firearm system includes a breech that includes a plurality of side-by-side bores of the barrel. Some embodiments include a magazine coupled to the receiver complex adjacent the feedport to simultaneously feed more than one dischargeable projectile into the feedport with a single charge block. In some embodiments, the charge block includes a plurality of chambers and a plurality of projectiles positioned within the plurality of chambers.