Other

Incodema3d, LLC

Drew Nolle Walker

A detachable grip panel for a real or simulated firearm according to the present invention includes an onlaid or inlaid aggressively textured surface layer on top of an adhesive layer nested into a specially formed recessed area on the grip panel. Additionally, the recessed area along with other geometry of the grip panel may be configured to provide an aggressive gripping surface while reducing the tendency to snag. Furthermore, the recessed region along with the chosen adhesive may provide for an ultra-slim profile while also offering thermal insulation.

Optimized firearm panel

A suppressor for a firearm is disclosed. The suppressor may have a hollow elongated body extending from a proximal end to a distal end. The suppressor may also have an expansion chamber disposed within the body. The expansion chamber may extend from adjacent the proximal end to a position between the proximal and distal ends. The suppressor may have a first plurality of vanes disposed in the expansion chamber. The first vanes may be laterally spaced apart from each other along a periphery of the body. The suppressor may further have a second plurality of vanes disposed in the body. The second plurality of vanes may be axially spaced apart from the first vanes. The tips of the first and second plurality of vanes may define a generally cylindrical passageway disposed coaxially with the body.

Sound suppressor for a firearm

A camera mount system for a filming through an optic on a real or simulated gun while also allowing for accurate aiming is disclosed. The camera mount may have a gun engagement surface, a vertical positioning portion, camera housing, and a secondary sight and/or screen to film through the optic while the gun is aimed using the screen or secondary sight. Additionally, the camera mount may be adjustable along the horizontal, lateral, and vertical axes. The camera mount may utilize accessory rails to assist with attaching a secondary sight or incorporate a prism to use the optic being filmed through.

First person shooting camera mount

A firearm compensator, to be affixed to the muzzle of a gun for reducing at least one of flash and recoil, utilizes a vectored flow nozzle, an expansion chamber containing a prominent thrust surface and flow-directing structures below the barrels center line, and flash-hiding ports. A compression ramp containing dimple-like structures connects the bottom of the gun muzzle to the bottom of the prominent thrust surface. Upon firing the gun, gasses depart from their linear trajectory as they flow past the vectored flow nozzle, flow diagonally downward past a dimpled compression ramp in the expansion chamber, and strike the thrust surface. A plurality of substantially horizontal elongated ports in the expansion chamber aids in flash suppression.

Optimized flow compensator

A firearm compensator, utilizing an expansion chamber affixed to a gun muzzle with an internal volume beneath the barrel's center line containing a curved surface also lying beneath the barrel's center line facing the barrel, is provided. A compression ramp connects the gun muzzle of the expansion chamber to the curved surface. Upon the firing of the gun, gasses enter the expansion chamber, thrust against the compression ramp and into the curved surface. This curved surface catches expanding gasses like a sail thereby reducing muzzle rise and rearward recoil. A plurality of exhaust ports vent the expanding gasses out of the expansion chamber and out of the shooter's field of view.

Growing community of inventors

Mesa, AZ, United States of America

Drew Nolle Walker