![]() ![]() It is important to start each panel in exactly the same place on a sheet so that the horizontal wires all line up! See picture in this step to see how to maximize the number of panels to be cut from a sheet. These are called everything from hog panels, to sheep panels, to utility panels - the important thing is to get 4" squares to meet code. I purchase panels that are 4' x 16' with 4" squares. This can be tricky to find, try a farm supply store. ![]() ![]() If you can't find pre-made lattice caps, try buying 1x3 cedar and routing a channel down the middle Rule of thumb is 5 x 8' lattice caps will make 3 x complete fence panels (3 caps for the horizontal frames, 2 caps for vertical frame pieces). ![]() Lattice Caps - you may need to hunt for these ( example) - I buy them in 8' lengths - each 8' length will make either 2 x horizontal frame pieces or 3 x vertical frame pieces.2圆 - "Cap" rail - If your posts are 4' on center, estimate 4' of 2圆 per fence panel.If your posts are 4' on center, estimate 8' of 2x4 per fence panel You should budget for about 4' per post, so an 8' length will make 2 x posts, a 12' length will make 3, etc. I use cedar for wood materials above the level of the deck, here are the types of dimensional lumber needed: I aassume the joists are already in place, and you have the deck boards. The most important thing to remember is that the highest point of the deck needs the lowest rail - in this design 36" - lower parts of the deck will have a higher rail height as the rail stays level and the deck undulates! I won't go into construction techniques to meet building code, especially for things like fastening the railing posts to the joists (hint - use Simpson Strong Tie DTT2Z Deck Post Connectors) - this design does conform to general code requirements:Īs with any deck project, expect that your deck is not level, and make provisions when you construct the rail. The wider top rail allows you to hide LED light strips - see photo at the end for effect!.The design can be built without an specialized tools like a router or dado blade to frame the mesh, and doesn't require you to drill a million holes to hold the mesh.Pre-made lattice caps makes for a more discreet frame to hold the mesh.The double top rail minimizes any sag when spanning distances over four feet, just be realistic and conform to any building codes.I wanted to share my design for a few reasons: See this design as an example on Instructables - I love it! If panels do come slightly longer, they can be easily trimmed with a bolt cutter.There are lots of designs of exterior fencing using welded, galvanized wire panels - aka "hog" panels or "sheep" panels - I like them because they hold up well to the elements, are cost effective, relatively easy to use, and have a clean look with excellent visibility. IMPORTANT: Due to manufacturing tolerances, panels can come with an additional ¼” length and height variance. Wild Hog Panels allow for great visibility while continuing to be extremely durable. The larger size of the mesh allows for many other uses such as lattices, arbors, trellises, gardens, gates, and fencing. Originating from the big and bulky welded livestock panels, the smaller size panels are perfect for any application. Wild Hog Panels are used in conjunction with Hog Tracks and Hog Tusks (sold separately). Horizontal panels are 36" tall and available in 6-foot or 8-foot lengths. Made of 6 gauge steel (zinc-primed and powder-coated), these panels feature a 4" x 4" mesh pattern with welded cross points. The Wild Hog 6 Gauge Horizontal Rail Panel serves as an infill for wood, composite, or aluminum horizontal railing. ![]()
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