Paracord Laced Pallet, Hanging Chair
Introduction: Paracord Laced Pallet, Hanging Chair
Very comfortable, very easy to make chair from a pallet and some paracord.
I know that there are a lot of different kinds of chair instructables already, but I have never seen a chair like this before. It is so easy to make and it is comfortable because it conforms to your body. I don’t know how I came up with the idea and as I was making it I wasn’t even sure if it would work out. But it did and I am very happy with the results. So here goes- my first instructable.
This instructable will show you everything I did to make the chair, but I am sure you will find ways you can customize yours to meet your needs.
Step 1: Tools and Materials
Stuff you will need-
Pallet (I was able to get by with just one but it all depends
on how much usable wood you can get off of each pallet)
I used pallet wood because it is hardwood and free but, as with all treated wood, you need to use precaution when handling this wood. Make sure you are wearing a mask when cutting, and gloves at all times. When you are finished with all the cuts and have drilled all your holes, it is important that you seal the wood.
I used paracord because it is small yet strong and does not stretch as much as other ropes. Paracord is also easier to work with because it doesn’t unravel or fray like other types of rope, and because the ends can be melted to make lacing with it easy.
Step 2: Take Pallet Apart
There are many different ways to take apart pallets in order to use the wood for something else. I have found that prying them apart causes a lot of damage to the wood and is a lot more work then is necessary. So, my preferred method is to cut the pieces apart using a sawzall.
All you have to do is cut through the nails that are holding it together and you are good to go (with minimal damage to the wood). If you want you can pop the remaining parts of the nails out of the wood.
Just take the sawzall and cut right between the piece you would like to save (the top piece) and the thick frame. Try to cut just the nails and not too much of the wood. Once you get the hang of it it will go really fast.
Step 3: Cutting the Wood to Size
Now here is where you need to decide how wide you would like your chair. I guess you should base the size on the hiney that will be siting in it. With the pallet that I had I was able to just cut the boards right down the middle (20"). Butt the size is up to you 🙂
The amount of board is also up to you. I ended up using 16 boards for my chair.
Make sure you look out for left over bits of nails in the wood as you are cutting.
Step 4: Marking Wood for Lace Holes
Now what you want to do is take one of the boards and mark where you want to put the laces.
I put my laces 1/2" in from the edge of the board and put them 2" apart.
Depending on how you would like yours to look you can make the laces further apart or closer together. As long as they are in far enough from the edge so that the board does not break once it has weight on it. Keep in mind also that if the laces are spaced further apart, the boards will tend to pull away from each other more, making a gap where things might get pinched (fingers, "cheeks", etc.)
Step 5: Drill the Holes
Now that you have your holes marked you can start drilling. I used a drill press but a regular drill will work just fine.
I started by drilling all the holes in my first board and then I used that board as a jig to do the rest.
You will want a drill bit that is a little bigger then your paracord so that the cord fits easily through the holes.
Step 6: Start Lacing
Now comes the fun part. Start by placing two of your boards next to one another. Now lace the paracord through them just as you would a pair of shoes. Once you reach the end cut the paracord, making sure you leave enough slack to tie a strong knot at the end. Now you can pull the paracord out and use it to measure the rest of the pieces you will need. When you cut the rest make sure you leave a little room for error. It’s better to have too much then to have too little and have to start over.
Once you have cut your paracord to size it is a good idea to melt the ends so that it is easy to get the cord through the holes.
Now you can start lacing boards together.
Things to watch as you’re lacing:
-Make sure you are paying attention to what side of the board is up and what side is down so that you end up with all the good looking sides facing up.
-It looks best to have all the knots on the bottom.
-Once you have finished a lace go back and pull each "X" to get the slack out
Step 7: Hang and Enjoy
Now all you have to do is hang the chair from whatever structure you have available.
I used some 2×4’s between the trees in my back yard (not the prettiest but it works).
Just drill a couple of holes in each of the four corners you would like to hang the chair from and thread the paracord through them. I put the front cords back one board from the end so that it would be more comfortable on the back of my legs.
For a somewhat laid back chair attach the front and back cords further apart from each other with the back cords low, for more of an upright chair, like mine, put them closer together with the back cords high.
The whole thing is completely adjustable to your liking, so tweak it till it’s comfortable for you.
Note: I used two strands of paracord per corner, which is strong enough to hold me, but you might want to braid more together for added strength.
–Getting into the chair can be a little tricky (kind of like getting into a hammock) but once you do relax and enjoy.
I think I would stain the boards next time, this would look nicer and make the paracord stand out more.
Step 8: Other People’s Versions
Many people have made their own versions of this chair. If you make your own, please send me a picture.
How many trees to make a pallet
There is no simple answer to these questions, and all calculations can be no better than "ballpark estimates."
Many people have heard the statistic that "a ton of recycled paper saves 17 trees." The "17 trees" number was popularized by Conservatree when it was a paper distributor, based on a report to Congress in the 1970s. It was calculated for newsprint, which is made in a totally different papermaking process from office and printing papers. But it was the best number anyone had, so it became the number everyone used to calculate number of trees saved by recycled paper, or number of trees cut to make virgin paper, no matter what type of paper they were talking about.
Paper is made from a mix of types of trees. Some are hardwood, some are softwood. In addition, some are tall, some old, some wide, some young, some thin. Many of the "trees" used to make paper are just chips and sawdust.
So how can one talk about a "typical tree"? And do numbers calculated 30 years ago still apply to today’s much more efficient paper industry?
We decided it was time to update these numbers, so Conservatree has tracked down some ways to make ballpark estimates more reliable than in the past.
CONSIDERATIONS IN CALCULATING TREES TO PAPER
What kind of paper are you talking about?
Paper made in a "mechanical" or "groundwood" process (e.g. newsprint, telephone directories, base sheet for low-cost coated magazine and catalog papers)
uses trees about twice as efficiently as
paper made in the "kraft" or "freesheet" process (e.g. office and printing papers, letterhead, business cards, copy paper, base sheet for higher-quality coated magazine and catalog papers, advertising papers, offset papers).
Is the paper "coated" or "uncoated"?
The fiber in a coated paper (most often used for magazines and catalogs, with a clay coating that may be glossy or matte, or other finishes) may be only a little more than 50% of the entire sheet, because the clay coating makes up so much of the weight of the paper.
As a ballpark estimate, you can use .64 as the fiber estimate for coated papers compared to the entire weight of the sheet. (Fiber estimate calculation by Alliance for Environmental Innovation)
So how many trees would make a ton of paper?
Claudia Thompson, in her book Recycled Papers: The Essential Guide (Cambridge, MA: MIT Press, 1992), reports on an estimate calculated by Tom Soder, then a graduate student in the Pulp and Paper Technology Program at the University of Maine. He calculated that, based on a mixture of softwoods and hardwoods 40 feet tall and 6-8 inches in diameter, it would take a rough average of 24 trees to produce a ton of printing and writing paper, using the kraft chemical (freesheet) pulping process.
If we assume that the groundwood process is about twice as efficient in using trees, then we can estimate that it takes about 12 trees to make a ton of groundwood and newsprint. (The number will vary somewhat because there often is more fiber in newsprint than in office paper, and there are several different ways of making this type of paper.)
SOME TYPICAL CALCULATIONS
1 ton of uncoated virgin (non-recycled) printing and office paper uses 24 trees
1 ton of 100% virgin (non-recycled) newsprint uses 12 trees
A "pallet" of copier paper (20-lb. sheet weight, or 20#) contains 40 cartons and weighs 1 ton. Therefore,
1 carton (10 reams) of 100% virgin copier paper uses .6 trees
1 tree makes 16.67 reams of copy paper or 8,333.3 sheets
1 ream (500 sheets) uses 6% of a tree (and those add up quickly!)
1 ton of coated, higher-end virgin magazine paper (used for magazines like National Geographic and many others) uses a little more than 15 trees (15.36)
1 ton of coated, lower-end virgin magazine paper (used for newsmagazines and most catalogs) uses nearly 8 trees (7.68)
How do you calculate how many trees are saved by using recycled paper?
(1) Multiply the number of trees needed to make a ton of the kind of paper you’re talking about (groundwood or freesheet), then
(2) multiply by the percent recycled content in the paper.
1 ton (40 cartons) of 30% postconsumer content copier paper saves 7.2 trees
1 ton of 50% postconsumer content copier paper saves 12 trees.