Abstract: A Next Generation Machinegun Sight (NexGen MGS) with a modular and universal design is discussed, whereby the NexGen MGS includes a lens body in a detachable manner; a display module disposed on a main body; a built in or standalone LRF connected into a ballistic computer to provide a disturbed reticle; a control switch or a remote control for fast and safe system operation without sacrificing combat grip; and multiple mounting rails disposed on the main body to accommodate the LRF, magnifiers, cameras and other equipment. The NexGen MGS is a reflex sight with a disturbed reticle that provides a range-adjusted aimpoint based on ballistics equations embedded within the MGS using a latest high resolution and sunlight readable display and laser range technologies.

Abstract: A Next Generation Machinegun Sight (NexGen MGS) with a modular and universal design is discussed, whereby the NexGen MGS includes a lens body in a detachable manner; a display module disposed on a main body; a built in or standalone LRF connected into a ballistic computer to provide a disturbed reticle; a control switch or a remote control for fast and safe system operation without sacrificing combat grip; and multiple mounting rails disposed on the main body to accommodate the LRF, magnifiers, cameras and other equipment. The NexGen MGS is a reflex sight with a disturbed reticle that provides a range-adjusted aimpoint based on ballistics equations embedded within the MGS using a latest high resolution and sunlight readable display and laser range technologies.

Abstract: A Universal Machinegun Sight (UMS) with a modular design is discussed, whereby the UMS includes a main body receiving a lens body in a detachable manner; a mounting solution disposed in the main body; a wheel type bullet drop compensation device to accept various caliber disks and disposed in the main body; a removable LED module disposed on the main body; and a magnification mounting rail disposed on the main body.

Abstract: A Universal Machinegun Sight (UMS) with a modular design is discussed, whereby the UMS includes a main body receiving a lens body in a detachable manner; a mounting solution disposed in the main body; a wheel type bullet drop compensation device to accept various caliber disks and disposed in the main body; a removable LED module disposed on the main body; and a magnification mounting rail disposed on the main body.

Abstract: A digital machinegun optic (DMO) is discussed, which includes a digital module having a camera to obtain an image, a bullet drop compensation mount receiving the digital module in a detachable manner, and having a mounting solution, a caliber adjustment knob configured to enable a user to select a caliber that matches firearms of different calibers, and a dual bullet drop compensation wheel to allow the user to accurately hit a target by selecting a right distance to the target; a head mounted display module having a display portion to receive the image from the camera; and a control box module configured to control a display of the image on the display portion.

Abstract: A dot sight device is discussed, which includes a window frame enclosing a transparent lens; a body plate extending from the window frame; a light emitter disposed on the body plate, and configured to emit a light that forms a pattern on the transparent lens; a brightness detector disposed at a later side of the body plate; a brightness detector switch configured to selectively activate the brightness detector; a brightness switch configured to enable a user to manually change a brightness of the pattern; a battery case disposed at a rear of the body plate; and a magnifier movably attached to the body plate.

Abstract: A digital machinegun optic (DMO) is discussed, which includes a digital module having a camera to obtain an image, a bullet drop compensation mount receiving the digital module in a detachable manner, and having a mounting solution, a caliber adjustment knob configured to enable a user to select a caliber that matches firearms of different calibers, and a dual bullet drop compensation wheel to allow the user to accurately hit a target by selecting a right distance to the target; a head mounted display module having a display portion to receive the image from the camera; and a control box module configured to control a display of the image on the display portion.

Abstract: A dot sight device is discussed, which includes a window frame enclosing a transparent lens; a body plate extending from the window frame; a light emitter disposed on the body plate, and configured to emit a light that forms a pattern on the transparent lens; two bolts to mount the dot sight device on various fire arms without tools; a large water drainage hole disposed on the body plate; multiple rails installed on the window frame to accommodate various equipment; an IR detector disposed at the front of the body plate; a caliber adjustment knob disposed on the body plate, and configured to enable targeting by firearms of different calibers; and a dual bullet drop compensation wheel disposed in the body plate for an accurate aiming and hitting targets using various firearms.