A bullet trap is disclosed which is formed without intervening sidewalls to enable cross-shooting and the like with reduced risk or ricochet or damage to the bullet trap. Furthermore, the bullet trap can be configured in a variety of ways to eliminate the need for facing plates while providing a removable attachment mechanism, to enable repair on the trap, to reduce bullet adhesion to the trap and to provide improved containment of lead and improved access to the trap.

The present invention relates to a projectile arresting device (1) comprising a foundation (3) constituting a floor (7) and a rear wall (5) of the projectile arresting device. It further comprises partition walls (9) extending in a direction substantially perpendicular to the rear wall (5), wherein the partition walls comprises a rear edge (10a) connected to the foundation (3), and a front edge (10b). Stopping materials (11) is arranged between the partition walls (9). A stopping material retaining layer (S) is arranged between the partition walls, and a pressure resistant wall (19) comprising a number of closely situated hollow sections (15) are connected to the front edges (10b) of the partition walls. The pressure resistant wall (19) further comprises a rear surface connected to the stopping material retaining layer (S) and a front surface. The front edge (10b) of each partition wall comprises a V-shaped profile of ballistic material, wherein a tip (12a) of the profile is adjacent to the pressure resistant wall. The invention also relates to a projectile arresting arrangement.

The present invention relates to a projectile arresting device (1) comprising a foundation (3) constituting a floor (7) and a rear wall (5) of the projectile arresting device. It further comprises partition walls (9) extending in a direction substantially perpendicular to the rear wall (5), wherein the partition walls comprises a rear edge (10a) connected to the foundation (3), and a front edge (10b). Stopping materials (11) is arranged between the partition walls (9). A stopping material retaining layer (S) is arranged between the partition walls, and a pressure resistant wall (19) comprising a number of closely situated hollow sections (15) are connected to the front edges (10b) of the partition walls. The pressure resistant wall (19) further comprises a rear surface connected to the stopping material retaining layer (S) and a front surface. The front edge (10b) of each partition wall comprises a V-shaped profile of ballistic material, wherein a tip (12a) of the profile is adjacent to the pressure resistant wall. The invention also relates to a projectile arresting arrangement.

The present invention provides a bullet collecting box which is installed with a plurality of rubber plates in the bullet collecting box having a rectangular parallelepiped shape and filled with rubber powder filling materials having a particle size of 0.1 to 3 mm therein, thereby collecting the bullets fired in the indoor shooting range without damage, and a bullet collecting system which can be used by installing the bullet collecting box in the indoor shooting range. Also, the present invention provides a bullet collecting system for preventing occurrence of lead fume in the indoor shooting range, in which the beaten zone of the indoor shooting range is newly improved from an existing system of using an iron plate to a system of using powder filling materials, thereby preventing the leakage of lead fume, and contributing to an early normalization of the shooting range and a creative national defense.

A bullet trap is disclosed which comprises a vibration dampening gasket disposed between the impact plates and support frame.

A bullet trap is disclosed which comprises a vibration dampening gasket disposed between the impact plates and support frame.

A lead collection system and method for reducing the incidence of equipment failures, equipment breakages, and/or safety hazards is provided. The lead collection system may include one or more augers that carry lead to a lead containment barrel. The auger(s) may be equipped with a specialized shear coupling designed such that the shear coupling breaks and stops auger movement before the auger may break. The auger(s) may also be equipped with one or more rotational sensors to detect actual shaft speed and compare it to the inputted speed, and cause a system error if a difference is detected. A lead containment barrel may also be provided, with an ultrasonic sensor for detecting lead fill in the barrel.

A lead collection system and method for reducing the incidence of equipment failures, equipment breakages, and/or safety hazards is provided. The lead collection system may include one or more augers that carry lead to a lead containment barrel. The auger(s) may be equipped with a specialized shear coupling designed such that the shear coupling breaks and stops auger movement before the auger may break. The auger(s) may also be equipped with one or more rotational sensors to detect actual shaft speed and compare it to the inputted speed, and cause a system error if a difference is detected. A lead containment barrel may also be provided, with an ultrasonic sensor for detecting lead fill in the barrel.

A bullet fragment collection tray is disclosed that is mounted to a bullet trap by means of hinge at a first end and a releasable latch at a second end, to facilitate removal and collection of bullet fragments that drop into the collection tray from the bullet trap during target practice.

A bullet fragment collection tray is disclosed that is mounted to a bullet trap by means of hinge at a first end and a releasable latch at a second end, to facilitate removal and collection of bullet fragments that drop into the collection tray from the bullet trap during target practice.