Abstract: The target shooting system provides a target shooter with immediate feedback, both visual and auditory, on the shooter's performance. The system comprises a real-time imaging feed of a target being shot at by a target shooter; wherein the image is submitted to a computing device running a software program. The program processes the images in such a manner as to be able to present the shooter with both audio and visual feedback of where the shooter's shots are hitting the target. The audio feedback comprises real-time announcement of a hit location relative to a pre-set bullseye (for example: “Hit one inch high, point five inch right.”). The visual feedback comprises a real-time image of the target with any hits on the target highlighted by an indicator, such as an outline of concentric, colored circles, or any other suitable indicator.

Abstract: The apparatus of the present invention is enables a lens of a camera, preferably a webcam, to be in relational position with an eyepiece of a telescope or a microscope. The apparatus is comprised of two rings, a mounting ring for securing a camera therein and a mounting ring for securing the eyepiece of a scope therein. The camera mounting ring is interrelated with the scope mounting ring by means of at least one strut. At least two locking pins with a cup attached thereto are used to secure the camera within the camera mounting ring and at least two locking pins with a bracket attached thereto are used to secure the scope within the scope mounting ring. The camera mounting ring is slidably related with the strut to permit relational positioning of the camera mounting ring with the scope mounting ring such that the lens of the camera may be abutted with the eyepiece of the scope.