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After rearranging my dorm room, I discovered that there's actually enough room to put in a workbench! Provided, of course, that I can fold it away when it's not in use.

This folding workbench consisted mostly of materials I already had on hand. It cost me less than $30 to make.

Step 1: Design Constraints

When I moved into my dorm room at the beginning of the year, I never imagined I would have space for a workbench. East Campus rooms are not horribly small, but mine's a double--so every square foot of floor space counts. When I rearranged my half of the room after Christmas break, I discovered that there might actually be a place to fit a workbench!

The pictures below show where the bench will go. Before Christmas, this is where my desk was. Now my desk is directly below the camera, rotated the other way--there are perhaps four feet of space between it and the wall. (This was the primary motivation for making a folding bench; I still wanted room to push my chair back.)

My bench design began with a bit of serendipity. I found a discarded piece of 5/8" plywood in the lounge. It measured 24" by 48"--perfect!

Unfortunately, this piece of plywood was pretty ugly.

Step 2: Shellac

A quick trip to the local hardware store, and I had a can of this stuff. It's shellac, a natural polymer that is actually harvested from the waxy secretions of a certain type of insect from southeast Asia. This one-pint can cost about $7. I was skeptical of the can's claim that it "enhances the natural beauty of wood", as my plywood was rough and had some pretty ugly knots.

I also bought some sandpaper (of various grits) and two removable-pin brass hinges. It was $9 for each of the hinges and $5 for way more sandpaper than I needed, so the total cost of purchased materials was right around $30.

"Sand bare wood as smooth as possible," the shellac said. So I did. This took maybe ten minutes with 220 grit sandpaper. I wrapped a quarter sheet around the back of a blackboard eraser to make a convenient (and incredibly comfortable) sanding block.

Sorry, no pictures of the bare wood--I didn't decide to make an Instructable until after the project was done.

Step 3: Shellac

Once I was satisfied with my sanding job, I cracked open the can of shellac and went to town. The stuff is incredibly easy to use; it brushes on evenly with absolutely no effort and dries to the touch in ten minutes. The effect was nothing short of miraculous. Originally the knots on my plywood were so ugly I was going to use the other side. But with shellac, they were beautiful!

The shellac directions say to wait about forty-five minutes, sand with 220 or finer sandpaper, and apply a second coat. So I did. It took maybe five minutes to quickly go over all the surfaces with sandpaper. (When it dries, shellac leaves the surface feeling rougher than before--all of the surface wood fibers are now encased in a hard material. Sanding makes a huge difference.)

I went to put on another coat--and discovered that my brush had transformed into a solid chunk of shellac. Oops. Luckily, the directions suggest wiping the stuff on with a rag. This worked well and made my fingers very messy; T-shirt cloth absorbs shellac like nothing else.

I decided that two coats was enough. Another coat or two would've made the wood even smoother. I didn't sand the second coat; there had been obvious scrapes on the wood after I'd sanded the first time. A very fine sandpaper might be okay, but I didn't have any.

Shellac doesn't come off your hands with water. The directions suggest an ammonia solution or denatured alcohol for cleanup. I simply washed up with hand sanitizer and the stuff went away like magic.

Step 4: Install Hinges

There was some damage along one edge of my plywood--remember, it was originally scrap. Luckily, with strategic hinge placement, it could all be hidden! Brilliant.

I measured in eight inches from each side and laid out my hinges. Once I was satisfied that they were even, I marked each screw location and drilled a small pilot hole. The screws that came with my hinges were exactly as thick as the plywood, so I just went ahead and drilled all the way through.

To decrease the gap between my workbench and the wall, I carved a slight chamfer underneath the hinge with a pocketknife. This allowed the barrel of the hinge to fit better.

Step 5: Mounting the Bench

My walls are cement, so this will be attached directly to the wooden molding that runs around the room's perimeter. I measured to center the bench underneath the existing shelf brackets, then held the plywood in position to mark the screw positions. I drilled small pilot holes, then screwed the bench in place.

Step 6: Upper Support

My bench will be also be attached in two places to the upper molding that goes around my room. I started by measuring and drilling two sets of holes, as shown. These holes are 3/16 diameter--just large enough to fit a piece of 550 paracord. Each cord is tied in a small loop.

Step 7: Webbing

I had two pieces of 1" tubular webbing about twelve feet long. These run through the loops I created in the last step. The ends are tied together with a water knot.

The next step is to adjust the webbing lengths until the table is level. Water knots are very adjustable, so this isn't a problem. I could even turn this workbench into a drafting table by simply making the supports longer!

Step 8: Done!

That's it! I now have a work surface that instantly folds neatly against the wall.

Not bad for $30 and an evening's work!
Very useful instructable.
Cool I might make my own <br>
It's a good idea, nice 'ible, but what do you do when you have to hammer something?
I hammer on the concrete floor.
Great idea. I really needed a workbench when I was at school (so I ended up going to the unused physics labs to do my work). I suppose the molding has to be very secure, or the rigging would pull the molding off the wall? where do you get webbing?
Man, I totally envy you for being able to do stuff like that in your dorms...in mine there's a policy of no attaching stuff to the walls via basically any method ;__; Your workbench came out great! The only thing I might add is a folding support, like a plank that was hinged so it would be flush against the bench's bottom when not in use and then could be swung down to help support the bench when the bench is in use. But that's just me wanting a backup support in case the webbing straps somehow got dislodged from position. Although a leg like I'm picturing would probably ruin the nice aesthetic you've got going here :/ Maybe an easier solution would be to add webbing that crosses at the back, like how those "magic wallets" have sides with Xs for holding money. That would be much more lightweight and would take advantage of the excess webbing. Anyway, enough rambling. Great job!
I'm fairly certain hand sanitizer actually has, if not denatured alcohol, some sort of alcohol in it, it sanitizes and evaporates! Solvent action is kinda cool.
I'm pretty sure that the active ingredient is isopropanol.
I have recently discovered another use for hand sanitizer gel. I spray a lot of paint and it gets crap off of glasses without scratching them when applied with a dry soft cloth. I am assuming this works on plastic lenses because alcohol is the only solvent I know that doesn't damage clear plastic surfaces (lexan, plexiglas, polycarbonate) At least most other solvents will etch or cloud these. There are plastic polishes, like Novus, that can rehab plastic, sometimes even larger scratches, but they can still leave a level of distortion on a lens that's distracting.
I'm gonna make one like this with chains that hangs from the ceiling.
Good project. If the table folded up, then you could have a framed picture tacked to the bottom to provide a second function.
that's what I thought of that wold be cool
i just bought 300ft of paracord from there a week ago. it rocks! they also don't tell you the 300ft comes on a spool, it was a nice surprise. its a really nice looking table! i had no idea plywood could look that good but defiantly screw or staple those straps to the table so they don't slip off
Where did you get ther paracord from? Interested in doing something like this in my garage.
<a rel="nofollow" href="http://www.cheaperthandirt.com/MHR320-1469-584.html">http://www.cheaperthandirt.com/MHR320-1469-584.html</a><br/><br/>i used up the black 300ft spool pretty fast so i got 1000ft in OD green. The quality is the same, I use it to hang hammocks and secure stuff; it hasn't even shown a sign of wear. Cheaper than dirt has that for the lowest price anywhere; $50 after shipping (shop around, the next lowest price is ebay for $50 before shipping.<br/><br/>they also have black spools there. Get the 1000ft, you wont be sorry.<br/>
I love this idea, and I'd like to build on it to install a murphy-bed type thing in a 13 year old's bed room. Do you all think this would work? What changes would I need to make?
They have those at a cabin we visit sometimes. They're a bit freaky at first, 'cause the chains holding it up rattle around and it feels like you might fall off (of course they can't have a guard rail) -- but after a while you get used to it. The ones I used where just platforms with mattresses on them. They attached to the wall with door hinges, and had a little 2x4 brace to stop them from flopping all the way down. the edge away from the wall is held up by chains, as I already mentioned. I hope that made sense!
Fantastic! Great, well thought out project. Excellent instructable
That looks great! You seem to have proved that Instructables can be well written even after the actual work has been done. And it's odd to read this having finished cutting 2x4's for a simple (and <em>way</em> less elegant) bench for my room only hours ago. Will more projects be forthcoming now that you have this workspace?<br/>
I sure hope so.
This is a very nice project. Have you had any problems with accidently bumping the webbing while the bench is "deployed?" That would be my biggest concern with this design, but I suppose notching the plywood on the edge would solve that problem pretty handily.
It's actually not much of a concern at all. Friction basically holds the webbing in place; you <em>could</em> shove the straps off, but it's not likely to happen accidentally. The convenience of being able to instantly disassemble the thing is much more significant, in my opinion.<br/>
Oh... it folds down.. why not up? it would be easier to fold away and un-fold if the staps were stapled and there was a little hook or something on top to hold it up when not in use... oh well
From here, I could actually do either... but there's room for shelves above.
very cool!
I'm glad yuo did this. I was thinking of something along the same lines for a drawing table, but my idea included front legs that would fold down as well. Do you find your table is very sturdy without the legs? How much weight can it support?
It feels sturdy... if not a bit dynamic. The webbing and paracord stretch a bit under load, maybe up to an inch of deflection? I've <em>carefully</em> put up to my own weight on it at the edges--but I'm not quite comfortable, say, sitting on it.<br/>
Good project. This is no less than the excellence I expect from you trinit.

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