8/11/2023 0 Comments Oversized lego blocks![]() ![]() Getting a building inspector to sign off on this structure is a conversation for another day. If you have CAD drawings, EverBlock will help you realize your design. While he estimates the R-value of the stacked blocks to be around 1.5–about the same as a one inch thick plywood–this figure could be greatly improved with caulking and, of course, insulation. Windows and doors can be framed out similarly to traditional construction and replacement windows can be installed by screwing the window right into the blocks using nailing strips around the perimeter. There are also plans to make reinforcement pins that slot inside the blocks for much more rigidly. EverBlock founder Arnon Rosan wrote me saying that the blocks are reinforceable via a channel that runs inside the blocks, accommodating a plastic or wooden dowel or rebar and making them suitable for permanent or semi-permanent structures. You might even be able to make a basic house using the blocks. Need to chop your 1000 sq ft friendly sofa in half to fit into your new tiny house? Need to divide a room in your rental apartment without 2×4’s, sheetrock and paint? Need to convert your kid’s bed frame into an adult sized one? EverBlock has you covered for all of this. Besides their obvious ease of construction, what’s best about them is that you can adjust them to changing spaces and needs. This scale allows you to make some practical stuff: furniture, walls, various dividers, etc. ![]() Connector clips, hanging clips, and reinforcement rods are available for more structurally demanding applications and metal baseplates and feet can be used for additional stability. The EverBlock™ System consists of four universal parts–a full sized 12″ block, a 6″ half-sized block, a 3″ one-quarter sized block, and a 12″ finishing cap that all interlock. Like Lego, EverBlock are plastic blocks that fit together, though EverBlock blocks are considerably more substantial. EverBlock “is a life-sized modular building block that allows you to build nearly anything”–a description that bypasses Lego® brand building blocks, because, well, EverBlock are just really big Lego blocks. But EverBlock is a building system so simple, even a DDIY (don’t do it yourself) person like me could build stuff like a champ. doing without requires zero carpentry skills. I’ve often pondered if my minimalist tendencies are just the offshoot of this aversion–i.e. Remember to add slits for the divider in the appropriate locations (see Cardboard Block 2).Īfter you've made it, if you can’t figure out which lines to cut and which to fold, take a look at one of the files.Large Lego-Like Blocks Can Make Anyone a BuilderĪlong with thrift and above average height, my father passed down an aversion for building stuff. So, a 3” x 1.15” rectangle with an arrow at each end. ![]() The divider is just 3” by twice the width of one of the bottom tabs (2*0.575). You’ll just have to make the squares in the first and third rows double the length, add slits for two cubes on top, and create a divider. The process for making the larger block is similar. I almost forgot! Add a tab on the right side of the cube in the second column.Mark where the slits should be to attach the cube to the top of the block (one slit centered on each line of the smaller square).Add a slit for the arrow on the line that is right under the top tab. Add an arrow to the bottom of the square in the fourth row.They don’t have to be an exact length, they just have to be long enough to fold over and tuck in. In column 1, add a tab to the top of the first square, to the right of the second square, and to the right of the fourth square.If each of the four bottom tabs will be 0.575”, the hole at the bottom will be 1.85”. Each tab needs to be slightly smaller than 0.625”- the distance separating the small square and the big square. So, we need to figure out how wide the tabs at the bottom should be. The hole at the bottom of the block needs to be slightly larger than the size of the top cube.Figure out the distance between the side of the smaller square and the side of the bigger square.Draw a small 1.75” square inside of the square that is in the second column.Decide how big you want your top cubes.Add a square to the first row, second column. ![]()
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