An apparatus and process for reclamation of indoor and outdoor gun ranges, wherein a mixture of rubber chunks, lead pieces, and trash from the range are fed into a first cyclonic separator for the removal of the lead. The rubber and trash are segregated and moved from the first cyclone to a second cyclonic separator, for separation of the rubber from the trash, while the trash is passed to a filter system. In the filter system, the trash is removed and drops out through a rotary valve at the bottom of the filter, leaving the air to be removed out the top of the filter system to be moved by suction through a Roots type blower to become pressurized air to distribute the rubber particles coming from the second cyclonic separator, back to the range or into collection in bags.

An apparatus and process for reclamation of indoor and outdoor gun ranges, wherein a mixture of rubber chunks, lead pieces, and trash from the range are fed into a first cyclonic separator for the removal of the lead. The rubber and trash are segregated and moved from the first cyclone to a second cyclonic separator, for separation of the rubber from the trash, while the trash is passed to a filter system. In the filter system, the trash is removed and drops out through a rotary valve at the bottom of the filter, leaving the air to be removed out the top of the filter system to be moved by suction through a Roots type blower to become pressurized air to distribute the rubber particles coming from the second cyclonic separator, back to the range or into collection in bags.

Method and apparatus for a small arms training system. In exemplary embodiments, a training system includes a control system, shooter systems that can include a user interface, and a target system that collects projectile position information in relation to a target. In one embodiment, the systems are linked via a mesh radio network and are configured to process GPS information for rapid and accurate positioning of the shooter in relation to the target.

Method and apparatus for a small arms training system. In exemplary embodiments, a training system includes a control system, shooter systems that can include a user interface, and a target system that collects projectile position information in relation to a target. In one embodiment, the systems are linked via a mesh radio network and are configured to process GPS information for rapid and accurate positioning of the shooter in relation to the target.

An air handling system for handling air and contaminants within an indoor gun range is provided. The air handling system includes a conditioning unit coupled to the indoor gun range. An air supply assembly is coupled in flow communication to the conditioning unit and the indoor gun range, wherein the air supply assembly is configured to discharge air from the conditioning unit and into the indoor gun range. The air handling system includes an air recirculation assembly coupled in flow communication to the air supply assembly and the indoor gun range. The air recirculation assembly is configured to recirculate at least one of a first amount of discharged air and a second amount of discharged air to the air supply assembly. An air exhaust assembly is coupled in flow communication to the indoor gun range.

An air handling system for handling air and contaminants within an indoor gun range is provided. The air handling system includes a conditioning unit coupled to the indoor gun range. An air supply assembly is coupled in flow communication to the conditioning unit and the indoor gun range, wherein the air supply assembly is configured to discharge air from the conditioning unit and into the indoor gun range. The air handling system includes an air recirculation assembly coupled in flow communication to the air supply assembly and the indoor gun range. The air recirculation assembly is configured to recirculate at least one of a first amount of discharged air and a second amount of discharged air to the air supply assembly. An air exhaust assembly is coupled in flow communication to the indoor gun range.

A fluid lubricated projectile trap includes a substantially cylindrical chamber defined by a forward concave wall and a rearward concave wall. A bullet funnel extending forwardly therefrom. The funnel having a lower panel connecting to the forward concave wall in conjunction with an end plate defines a pressurized fluid containment with discharge outlets directed to the rearward concave wall. All plumbing may be secured below the ramp and forward of the chamber.

A fluid lubricated projectile trap includes a substantially cylindrical chamber defined by a forward concave wall and a rearward concave wall. A bullet funnel extending forwardly therefrom. The funnel having a lower panel connecting to the forward concave wall in conjunction with an end plate defines a pressurized fluid containment with discharge outlets directed to the rearward concave wall. All plumbing may be secured below the ramp and forward of the chamber.

The invention relates to a device for event representation in duel shooting.

Known devices have the disadvantage that, in order to practice duel shooting, it is always necessary to modify a shooting range.

The aim of the invention is to create a device for duel shooting which does not require complicated modification of a shooting range.

This aim is achieved according to the invention in that a visualizing unit is provided for representing events, which is positionable within the range of perception of the marksman's eye.

A system and method for recovery of undamaged frangible aerial targets at shooting ranges includes a net positioned horizontally above ground level to cover a target fall zone. The net has mesh openings sized to retain undamaged frangible aerial targets while allowing damaged targets to pass through. The net forms a closed loop around parallel elongated front and rear rollers supported above ground by a plurality of fixed caster assemblies. A motor operatively coupled to at least one roller drives the net in a conveyor-like motion. Undamaged targets landing on the net are transported by the net to a collection area positioned adjacent to the front roller. The system may include friction strips on the rollers to enhance traction and a protective barrier shielding the collection area from stray shotgun pellets, thereby enabling recovery and reuse of targets that would otherwise break upon ground impact.