A ballistic detection system includes a first camera; a second camera; a solar block device associated with at least one camera of the first and second cameras, wherein the solar block device is configured and arranged to block a solar disc in a field of view of the at least one camera; and a ballistics analysis computer configured to obtain image data captured by the first and second cameras, determine at least two points in three-dimensional space, which correspond to image artifacts of a projectile, using intrinsic and extrinsic parameters of the first and second cameras, define a trajectory of the projectile within a target volume using the at least two points in three-dimensional space, and find a point of intersection of the trajectory of the projectile with an object associated with the target volume.

A dry fire training apparatus includes a beam chamber, a beam splitter lens, and a beam diffuser element. The beam chamber has a receiving side, a reflecting side, and at least one sidewall extending therebetween. The beam splitter lens is coupled to the receiving side. The beam splitter lens is configured to receive a laser pulse having a first trajectory therethrough. The beam diffuser element is coupled to the reflecting side and/or the sidewall. The beam diffuser element is configured to diffuse the laser pulse around the beam chamber and reflect the laser pulse at a second trajectory to illuminate the beam splitter lens.

An optical shooting accuracy indication system, comprising apparatus for generating a single-layer optical screen with alternatingly switching first and second light sources; a control apparatus for distinguishing between the light that is emitted by said first and second light sources during different first and second time domains, respectively, and for identifying an impingement region of a fired projectile through the generated optical screen.

An optical shooting accuracy indication system, comprising apparatus for generating a single-layer optical screen with alternatingly switching first and second light sources; a control apparatus for distinguishing between the light that is emitted by said first and second light sources during different first and second time domains, respectively, and for identifying an impingement region of a fired projectile through the generated optical screen.

Apparatuses, systems and methods for indicating whether a target has been impacted by a projectile are disclosed. Embodiments may include a microcontroller, an impact sensor, and an impact indicator. Apparatus may include an acoustic sensor and a miss indicator. Acoustic information or impact information may be received by the sensors and sent to the microcontroller unit. A determination may be made regarding whether the target has been impacted. An indication of a hit or a miss may be made by the impact indicator based on the determination. A light redirection element, which may include a light pipe, may direct light from the impact indicator around the edge of a target to a viewer.

Apparatuses, systems and methods for indicating whether a target has been impacted by a projectile are disclosed. Embodiments may include a microcontroller, an impact sensor, and an impact indicator. Apparatus may include an acoustic sensor and a miss indicator. Acoustic information or impact information may be received by the sensors and sent to the microcontroller unit. A determination may be made regarding whether the target has been impacted. An indication of a hit or a miss may be made by the impact indicator based on the determination. A light redirection element, which may include a light pipe, may direct light from the impact indicator around the edge of a target to a viewer.

Disclosed is a computer program stored in a computer readable medium according to an exemplary embodiment of the present disclosure. The computer program includes commands which cause a computer to execute steps and the steps include: judging hitting locations of one or more dart pins which stick in a dart target having a plurality of score areas; calculating hitting areas of the dart pin based on the judged hitting locations of the dart pins; and calculating scores based on the hitting areas and a predetermined logic.

Disclosed is a computer program stored in a computer readable medium according to an exemplary embodiment of the present disclosure. The computer program includes commands which cause a computer to execute steps and the steps include: judging hitting locations of one or more dart pins which stick in a dart target having a plurality of score areas; calculating hitting areas of the dart pin based on the judged hitting locations of the dart pins; and calculating scores based on the hitting areas and a predetermined logic.

The embodied invention is a method and equipment suitable for a shooting game with dynamic shot recognition and automatic scoring among multiple players firing at the same target. Each player's shot is scored based on a difference in the target's image from a prior image as viewed by a camera. The scoring target is aligned with the camera, and the output of the score change is displayed to the multiple shooters.

The present disclosure provides a laser target, including a laser target body and two laser transceiving devices, wherein each laser transceiving device includes a receiver and an emitter opposite to each other; a plurality of emitting tubes are arranged on the emitter at equal intervals, a plurality of receiving tubes are arranged on the receiver at equal intervals, and the emitting tubes and the receiving tubes are in one-to-one correspondence; and a target distance between two adjacent emitting tubes is smaller than a diameter of a bullet; laser emitted by the emitter of one of the two laser transceiving device is vertical to laser emitted by the emitter of an other of the two laser transceiving device to form a laser net; and a target surface of the laser target body is arranged in a direction vertical to a projection of the laser net.