A frame is sealed in a waterproof manner to a pair of pants and/or waders, where the frame forms a frame aperture separating an outside from an inside of the pair of pants and/or waders. A lid is pivotably connected to the frame where the lid in an open position allows access through the frame aperture and the lid in a closed position does not. A seal is disposed between the frame and the lid forming a waterproof closure of the frame aperture when the lid is in the closed position. A latch is movably connected to the frame, the latch having an engagement surface configured for a user to press against. A protective protrusion is attached to the lid, wherein the engagement surface and the protective protrusion cooperatively form a finger gap configured to allow the user access to press against the engagement surface.

A ammunition holding assembly and system includes a panel that has a front side, a back side and a perimeter edge. The panel is comprised of a flexible material. A plurality of receivers is positioned on the front side of the panel and each of the receivers is comprised to hold a single unit of ammunition to define a stored unit. A coupler includes a first mating member and a second mating member releasably coupled to each other. The first mating member is positioned on the back side of the panel.

A garment assembly includes a garment and a seat. The seat includes a front surface, a rear surface, a first side surface and a second side surface and defines an aperture that extends through the seat from the first side surface to the second side surface. The assembly further includes an at least partially elastic member including a first end section attached to the garment, a second end section attached to the garment, and an intermediate section extending through the seat aperture. At least one of the first end section and the second end section are elastic, and the intermediate section is elastic, such that the seat is deployable between a stowed position and a deployed position and exterior to the garment in the stowed and deployed position. The seat is configured to extend substantially vertical while stowed and substantially horizontal while deployed.

A field pack having a blind assembly that includes a tract assembly; a blind, preferably a left blind and a right blind, that extends from the field pack and retracts back into the field pack using the tract assembly; a blind cartridge placed within a body of the field pack housing the blind, the blind cartridge comprising a blind wing roll; and a support rod that supports the blind once the blind has been extended into its desired position. The field pack may additionally include a hood assembly to store a hood and allow the hood to be deployed from the field pack. The field pack may additionally include a seat assembly that may include either a pivoting seat or a sliding seat for use with the field pack. Any of the blind, the hood, and the seat may be detachable from the field pack.

The invention provides a size-adjustable garment configured for attachment of camouflage elements and/or accessories using a plurality fastening elements. One or more of the fastening elements are configured to simultaneously provide a mechanism for adjusting the size of the garment and to provide a mechanism for attachment of the camouflage elements and/or accessories.

A garment includes a body portion having a front surface, a first arm aperture defined by the front surface and a second arm aperture defined by the front surface. The first arm aperture and the second arm aperture are selectively closable by a wearer to warm in cold-weather hunting conditions.

A rigid frame is sealed in a waterproof manner to a pair of pants and/or waders, where the frame forms a frame aperture separating an outside from an inside of the pair of pants and/or waders. A rigid lid is pivotably connected to the frame and configured to engage the frame aperture. The rigid lid in an open position allows access through the frame aperture and the rigid lid in a closed position does not allow access through the frame aperture. A seal is disposed between the frame and the lid forming a waterproof closure of the frame aperture when the lid is in the closed position. A latch is pivotably connected to the frame and configured to retain the lid in the closed position. A spring is disposed between the latch and the frame, the spring biasing the latch to retain the lid in the closed position.

A garment has at least a vest for wearing about a torso. The vest has a pair of cross body access pockets and one or more gear retractors, one retractor inside said at least one of said cross body access pockets. A hand warmer pocket and an easy access pocket are positioned in front of and below each of the cross body pockets. A pair of full length front gear pockets; one full length front pocket on each left and right side of the vest and located adjacent a zipper and behind one of the hand warmer pockets and one of the cross body access pockets. The garment further has at least one cord retractor on a front shoulder portion of the vest, a pair of elastic adjuster straps to conform the vest to a user's torso, and a carrying handle to accommodate carrying the garment when not worn.

A camouflage system and methods of making camouflage systems. The camouflage comprises a series of image layers that are sequenced and superimposed to create a repeatable composite image that reduces visibility to first set of sensors (e.g., an animal's eyes) while enhancing visibility to a second set of sensors (e.g., a human's eyes). The camouflage includes a base set of layers that may be used to mimic a macro-environment, a pattern layer, and a detail set of layers that may be used to mimic a microenvironment. The camouflage may be presented in various color schemes, with one suitable scheme being a range of colors centered around safety orange (Pantone 152) and a range of colors from grey to black.

A camouflage system and methods of making camouflage systems. The camouflage comprises a series of image layers that are sequenced and superimposed to create a repeatable composite image that reduces visibility to first set of sensors (e.g., an animal's eyes) while enhancing visibility to a second set of sensors (e.g., a human's eyes). The camouflage includes a base set of layers that may be used to mimic a macro-environment, a pattern layer, and a detail set of layers that may be used to mimic a microenvironment. The camouflage may be presented in various color schemes, with one suitable scheme being a range of colors centered around safety orange (Pantone 152) and a range of colors from grey to black.