ATV trailer

[0002] The field of the invention is ATV trailers.

[0003] Hunters and other outdoor sportsmen frequently use all-terrain vehicles (ATV's) to travel into areas not accessible by other means of transportation (e.g., heavily forested, boggy, or rocky areas). Trailers to be pulled behind ATV's need to be capable of operating in such terrain, and it is desirable that ATV trailers be capable of hauling heavy cargo such as the carcasses of large game animals.

[0004] Several ATV trailers are known in the prior art. U.S. Pat. No. 5,645,292 to McWilliams et al. discloses an ATV trailer made from tubing, However, its structure is otherwise different from the present invention; McWilliams et al. has a tiltable V-shaped load bed and a light weight rather than heavy duty axle. U.S. Pat. No. Des. 376,564 to Mishoe has a long tailgate and has fenders but is otherwise an open framework rather than the enclosed structure found in the present invention. U.S. Pat. No. 5,222,753 to Parish shows an ATV trailer which has a support platform and divider wall and has little or no structure in common with the present invention. No prior art has been found which alone or in combination shows the combination of features found in the present invention.

[0005] The invention is an ATV trailer which has a frame of steel tubing, triangular cross bar wings which serve as tree deflectors, a floor bolted down by gussets, a heavy duty axle, large tires, fenders a long tailgate, and corner angles at the tongue to frame connection.

[0006] An object of the invention is to provide an ATV trailer which is strong enough that it can be used to haul any type of cargo.

[0007] Another object of the invention is to provide an ATV trailer which is capable of operating in all types of terrain.

[0008] FIG. 1 is a top view.

[0009] FIG. 2 is a front view.

[0010] FIG. 3 is a rear view.

[0011] FIG. 4 is a side view.

[0012] FIG. 5 is a bottom view.

[0013] The ATV trailer has a framework wherein all frame members are square tubing, one and one-half inches long on each side and made of steel. The frame members are connected (welded) to each other to form the bottom, sides, front, and back of the trailer. Each of these has at least two parallel horizontal frame members 1 and at least two parallel vertical frame members 2. The drawings show the preferred configuration, wherein the bottom has four horizontal and three vertical members, the sides each have two horizontal and three vertical members, the front has two horizontal and four vertical members, and the back has two horizontal and two vertical members. The center vertical frame member on the bottom extends forwardly to form a tongue 3 which attaches to the ATV by conventional hitching means such as a ball hitch 4. Two angles 5 are welded onto the frame to strengthen the tongue to frame connection.

[0014] The third horizontal frame member (counting from the front) on the bottom has a heavy duty axle 6 (preferably a one ton stub axle) welded into it. The axle 6 is stronger than necessary for carrying anticipated loads in order to allow the trailer to be driven over stumps and rocks without breaking down. Large tires 7 are mounted at either end of the axle 6. The tires 7 are of the same size and type as ATV tires in order to provide flotation and allow the trailer to be pulled through muddy or boggy areas. The trailer follows directly behind the ATV in the tracks that the ATV makes.

[0015] A pair of triangular cross bar wings 8 serve as tree deflectors in order to allow the trailer to pass freely between trees in the forest. The wings 8 are connected on either side of the trailer to the bottom side frame at the corners with the bottom front member. Each wing 8 is formed as a right triangle wherein the vertical side is the bottom side frame member, the diagonal side extends outwardly and rearwardly from the apex of the triangle formed by the corner of the bottom side frame member and the bottom front frame member, and the horizontal side connects from the bottom side frame member (which is the vertical side of the triangle) to the end of the diagonal side of the triangle which is distal to the apex of the triangle.

[0016] A fender 9 is attached to the horizontal side of each triangular wing 8 and extends upwardly, rearwardly, and then downwardly (in a generally arcuate shape) in spaced relation above the tire 7 on its respective side of the trailer. Each fender 9 is also attached by means of a fender support 13 to the top side frame member on its side of the trailer. The fenders 9 prevent mud from splashing onto the drivers of the ATV, and also deflect trees to prevent branches from getting caught between the wheels 18 and the frame.

[0017] The front, sides, back, and bottom of the trailer are enclosed by sheets of pressure treated plywood which are attached to the frame members. The top of the trailer is open to allow easy loading and unloading of cargo. On the front and sides of the frame, the plywood forms front panels 20 and side panels 19 which are held in place by angles 21 which also add strength to the corners. The back forms a tailgate 10 which is long enough to reach the ground and thereby provide a ramp for loading and unloading of cargo. The plywood on the back is connected to the frame members by a pair of basps 11 and by a hinge 22 which is formed by a lug 16 welded onto the frame and having a bolt 17 disposed through the lug 16 to serve as a hinge point, the hinge 22 also being formed by a bracket 15 which is screwed into the wood frame of the tailgate 10. On the bottom, the plywood forms a floor 14 which is bolted to the frame by means of gussets 12 which serve as corner stiffeners to make the floor 14 watertight and thus prevent rusting of the frame.