Abstract: A laser-based firearm and target training assembly that includes a handheld target structure of a material configured to generate a visually perceivable indicia when subjected to a laser light with a frequency range of 220-1060 nm and a handheld firearm assembly with a body having a barrel portion defining a muzzle, defining an internal laser housing channel, and including an upper surface. The assembly also includes a laser emission module disposed within the internal laser housing channel, with an emission aperture facing and aligned with the muzzle, and operably configured to emit a pulsed laser light emission of a frequency range of 220-1060 nm from the emission aperture when a user pulls a trigger thereon that causes an electronic controller to have the laser emission module emit the pulsed laser light emission therefrom to generate the visually perceivable indicia on the target structure.

Abstract: A laser-based firearm and target training assembly that includes a handheld target structure of a material configured to generate a visually perceivable indicia when subjected to a laser light with a frequency range of 220-1060 nm and a handheld firearm assembly with a body having a barrel portion defining a muzzle, defining an internal laser housing channel, and including an upper surface. The assembly also includes a laser emission module disposed within the internal laser housing channel, with an emission aperture facing and aligned with the muzzle, and operably configured to emit a pulsed laser light emission of a frequency range of 220-1060 nm from the emission aperture when a user pulls a trigger thereon that causes an electronic controller to have the laser emission module emit the pulsed laser light emission therefrom to generate the visually perceivable indicia on the target structure.