A lift system for lifting and transporting harvested game includes an all terrain vehicle that may be driven. The all terrain vehicle has a back end and a lift unit is coupled to the back end of the all terrain vehicle. The lift unit is selectively positioned in a lowered position. Harvested game is positioned on the lift unit when the lift unit is in the lowered position. The lift unit is selectively positioned in a lifted position to lift the harvested fame. In this way the all terrain vehicle is facilitated to transport the harvested game.

A lift system for lifting and transporting harvested game includes an all terrain vehicle that may be driven. The all terrain vehicle has a back end and a lift unit is coupled to the back end of the all terrain vehicle. The lift unit is selectively positioned in a lowered position. Harvested game is positioned on the lift unit when the lift unit is in the lowered position. The lift unit is selectively positioned in a lifted position to lift the harvested fame. In this way the all terrain vehicle is facilitated to transport the harvested game.

A vehicle winch game loader. The device includes a central support including a first pulley connected to an upper end thereof. A rear support is connected to the upper end of the central support. A front support includes a rear end connected to a lower end of the central support and a front end having a second pulley connected thereto. The front support extends in a direction opposite the rear support. A crossbar is connected to the lower end of the central support, wherein the crossbar is oriented perpendicular to the front support. A rear end of the rear support is configured to frictionally engage a rear end of a vehicle when the crossbar and the front support are supported on an upper surface of a front end of the vehicle. The device may be utilized to load game or other objects onto the vehicle using the vehicle's winch.

A game carrier and dressing apparatus including a carriage bed having a left side, a right side, a front side, and a back side. A towing handle assembly having a front handle and a structure interconnected between the front handle to the back side of the carrying bed. A wheel mounted assembly adjustably connected to the back side of the carrying bed by a rear support having a left support member, a vertical right support member, and a horizontal beam support member having a pneumatic lifter. An axel assembly having a left wheel and a right wheel rotatably mounted to the left support member and the right support member. A front support stand adjustably connected to ii the elongated carrying bed. The front support stand having a vertical left having a pneumatic rod extended.

A backpack apparatus is disclosed. The backpack apparatus includes a backpack harness, an external frame, and a backpack. The backpack harness includes a vertical support element, shoulder straps, and a hip belt. The shoulder straps and hip belt couple to the vertical support element. The backpack harness includes a first portion of a coupling mechanism. The external frame includes a second portion of the coupling mechanism. The external frame releasably couples to the backpack harness by coupling the first portion to the second portion. The backpack releasably couples to the backpack harness by coupling a first portion of the coupling mechanism on the backpack harness to a second portion of the coupling mechanism on the backpack. The backpack releasably couples to the external frame.

An apparatus includes an external frame of a backpack system and a game strap. The external frame includes a horizontal and vertical sections. The horizontal section is pivotably coupled to the bottom of the vertical section. The horizontal section rotates between a vertical position and a horizontal position. The horizontal section supports the vertical section in a vertical position when the horizontal section is in the horizontal position. A bottom of the game strap is coupled to an end of the horizontal section of the external frame. The end is distal to where the horizontal section pivotably couples to the vertical section. A top of the game strap is coupled to the vertical section of the external frame. The game strap includes openings sized to accommodate a snout of a head of an animal. The bottom or the top of the game strap are releasably coupled to the external frame.

The presently disclosed apparatus is in the field of game sleds utilized to assist with game hauling after a successful hunt in remote areas. The game sled disclosed herein provides a hunter with a lightweight, durable sled, which can be attached to a hunter's pack and deployed to extract game that is downed in a remote area where vehicular transportation of the downed game is not allowed, or impossible. The Packable Game Extraction Sled disclosed herein is comprised of a novel tensioning means and spreader bar, which automatically configures the front end of the sled into a semi-rigid bow shape to aid in pulling the loaded sled over obstacles and through snow.

The present invention is directed to a device that operates as both a tree seat and a hauler and the method of use. The tree seat and hauler device of the present invention includes a main body, a support body and a seat assembly, which may be rotated about an axle to achieve a tree seat position, a hauling position and a packed position. Wheels or skis and a handle are provided for efficient transportation of an animal.

A motorized cart with a frame, the frame having a floor, a first elongated side wall, a second elongated side wall, a rear wall, and a front wall that is hingedly connected to the floor. The cart includes a winch that is situated on the rear wall of the cart. A winch belt with a hook on the end of it extends forward from the rear wall. The cart has two wheels that are longitudinally aligned with one another so that one wheel is directly in front of the other wheel, and the wheels are centered longitudinally within the floor of the cart. The cart also has an electric motor that is powered by a battery and is operable in both forward and reverse gear.

A hunting stand includes a frame assembly and a platform. The frame assembly includes a plurality of legs and a plurality of struts. The platform includes a first wheel spindle and a second wheel spindle extending from laterally from an opposing side of the platform. An assemble position includes the legs and struts of the frame assembly attached together in an upright position elevating the platform, and a top end of the ladder secured to and extending downward from the platform in a vertical position. A transport position includes the legs and struts detached from one another, the pair of wheels secured to the pair of wheel spindles respectively and the top end of the ladder secured to and extending laterally from the platform in a horizontal position.