A live-fire training system enables users to setup customizable tactical scenarios in multiple-threat and judgmental exercises. The live-fire training system includes at least one remote management unit and a plurality of target-attachment units. The at least one remote management unit synchronizes with each of the plurality of target-attachment units in order to control and manage each of the plurality of target-attachment units. Further, the at least one remote management unit communicates with an external computing device of a user in order to process commands inputted by the user. Each of the plurality of target-attachment units is mounted onto a metal target in order gather hit-detection data and to visually distinguish specific targets amongst a plurality of metal targets.

A live-fire training system enables users to setup customizable tactical scenarios in multiple-threat and judgmental exercises. The live-fire training system includes at least one remote management unit and a plurality of target-attachment units. The at least one remote management unit synchronizes with each of the plurality of target-attachment units in order to control and manage each of the plurality of target-attachment units. Further, the at least one remote management unit communicates with an external computing device of a user in order to process commands inputted by the user. Each of the plurality of target-attachment units is mounted onto a metal target in order gather hit-detection data and to visually distinguish specific targets amongst a plurality of metal targets.

In one embodiment, a sensor network is attached to a structure and employed to detect and analyze load changes such as impacts from projectiles. An analyzer coupled to the sensors can determine where on the structure the projectile impacted. Coupled with information on the origin point of the projectile, i.e. where it was fired from, the analyzer can then estimate the trajectory of the projectile. The analyzer can also determine whether the projectile passed through the structure and, if so, can extrapolate the estimated trajectory to determine an estimation of whether the projectile has also impacted an object behind the structure.

In one embodiment, a sensor network is attached to a structure and employed to detect and analyze load changes such as impacts from projectiles. An analyzer coupled to the sensors can determine where on the structure the projectile impacted. Coupled with information on the origin point of the projectile, i.e. where it was fired from, the analyzer can then estimate the trajectory of the projectile. The analyzer can also determine whether the projectile passed through the structure and, if so, can extrapolate the estimated trajectory to determine an estimation of whether the projectile has also impacted an object behind the structure.

The present invention provides an improved target system for use by target shooters. The target system includes any target that is solid enough to transfer a portion of the impact to the frame supporting the target. An impact sensor that is independent from the target is attached to the frame supporting the target. When the target is hit by a bullet, the impact causes the impact sensor to light an indicator light to indicate that the target was hit. In some embodiments, the indicator light is housed in a housing that includes an adjustable lens to focus the light and concentrate its direction toward the shooter. In other embodiments, a remote indicator light is utilized and the impact sensor sends a radio signal to the indicator light to cause it light up when the target is impacted.

The present invention provides an improved target system for use by target shooters. The target system includes any target that is solid enough to transfer a portion of the impact to the frame supporting the target. An impact sensor that is independent from the target is attached to the frame supporting the target. When the target is hit by a bullet, the impact causes the impact sensor to light an indicator light to indicate that the target was hit. In some embodiments, the indicator light is housed in a housing that includes an adjustable lens to focus the light and concentrate its direction toward the shooter. In other embodiments, a remote indicator light is utilized and the impact sensor sends a radio signal to the indicator light to cause it light up when the target is impacted.

A hardened inductive device and systems and methods for protecting the inductive device from impact is provided. The inductive device is hardened with protective coating and/or an armor steel housing. The hardened inductive device is protected from impact by an object such as a bullet and leakage of dielectric fluid is prevented. Acoustic and vibration sensors are provided to detect the presence and impact, respectively, of an object in relation to the inductive device housing. The measurements of the acoustic and vibration sensors are compared to thresholds for sending alarms to the network control center and initiating shut-down and other sequences to protect the active part. The acoustic sensor results are utilized to determine the location of origin of the projectile.

An interactive target system including a first target assembly having a first target base operationally engaged with a first anchoring component, a first target surface rotatably engaged with, or fixed to, the first target base, a first spring adapted to bias the first target surface into the open position, a first electronics component having a first target GPS operationally engaged with the first target assembly, a first target strike status detector adapted to generate a first target strike count, and a first target electromagnetic signal transmitter and receiver, a first cooperating signal device having a first cooperating signal device GPS operationally engaged with the first cooperating signal device, a first cooperating signal device electromagnetic signal transmitter and receiver, a clock, and a first sound generator adapted to selectably generate a first notification sound.

An interactive target system including a first target assembly having a first target base operationally engaged with a first anchoring component, a first target surface rotatably engaged with, or fixed to, the first target base, a first spring adapted to bias the first target surface into the open position, a first electronics component having a first target GPS operationally engaged with the first target assembly, a first target strike status detector adapted to generate a first target strike count, and a first target electromagnetic signal transmitter and receiver, a first cooperating signal device having a first cooperating signal device GPS operationally engaged with the first cooperating signal device, a first cooperating signal device electromagnetic signal transmitter and receiver, a clock, and a first sound generator adapted to selectably generate a first notification sound.

The present invention provides systems and methods for electronic targeting, and hit or touch detection of projectiles or objects, such as from some type of gun, bow (archery), ball, human touch, animal touch. Targets/nodes have hit/touch/contact detection implements and are in radio communication with a gateway, which may be standalone or integrated into a master target. The gateway is in radio communication with an app on a smart device and also includes the capability for data connectivity to the cloud. Electronic gaming and other touch event activities remote activities of geographically disparate groups of targeting-type or hit/touch/contact detection implements are provided.