Abstract: Sighting systems and respective methods are provided, which utilize one or more image sensors to capture target images and display them in a display device, in association with a sight symbol, at a specified region which is reflected toward the user. Another part of the display device is used to provide a graphical user interface which allows the user adjust the sight symbol for boresighting and for further operational needs. The display device and associated optical elements are held by a housing attached to the firearm. Internal and/or external information may be presented on the reflected display part to provide and enhance the displayed information. The sighting system may utilize a single flat touchscreen to provide both the image with the sight symbol, which is reflected from the touchscreen toward the user, and the user interface.

Abstract: Sighting systems and respective methods are provided, which utilize one or more image sensors to capture target images and display them in a display device, in association with a sight symbol, at a specified region which is reflected toward the user. Another part of the display device is used to provide a graphical user interface which allows the user adjust the sight symbol for boresighting and for further operational needs. The display device and associated optical elements are held by a housing attached to the firearm. Internal and/or external information may be presented on the reflected display part to provide and enhance the displayed information. The sighting system may utilize a single flat touchscreen to provide both the image with the sight symbol, which is reflected from the touchscreen toward the user, and the user interface.