Loft Beds With Bookshelf Ladders

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Intro: Loft Beds With Bookshelf Ladders

My daughter has always had her own room, but envies her brothers' bunk bed. So I built her a loft bed that look likes a floating cloud, which made her happy and created a little more space in her room. It uses some of the design principles of the one-legged bunk bed I posted previously - namely using the walls as part of the frame. However, this one has a heavy duty combination ladder/bookshelf for support, rather than a single leg. It's built using simple joinery out of construction lumber (2x4 and 2x6) and plywood, it's incredibly solid, and it only cost about $150 to build.

And pretty much as soon as I'd built that one, my eldest son moved into a room of his own... and wanted a loft bed, too. His incorporates a second bookshelf, a desk, and a secret compartment, and is designed for someone with longer legs, more books, and who isn't fussed about sleeping on a cloud...

Note: $250 wooden commercial loft beds can be found, but they look pretty flimsy and won't have any storage. Metal ones are cheaper but also look a bit wobbly. Fancier ones can cost thousands.

STEP 1: Design: Loft Bed #1

One end of the cloud loft bed (from here on in, #1) is a combination ladder/bookshelf. It's angled at a 4:1 ratio, which equals 14º away from vertical. It has six steps and six shelves, and can hold nearly three linear meters (10') of books. The bed is about as high off the ground as it can be and still retain head room above, with 8' ceilings (important so the occupant can sit up in bed).

The side of one of the beds is a stylized cloud. It's pretty cute for an eight-year old, but I have no illusions that a teenager will necessarily think it's just as cool, so I anticipate removing it and replacing it at some stage with some other design. The ladder and bookcase are pretty future-proof, I hope - it's quite comfortable for an adult to climb, and we all need storage for books.

Click on the icon below to download the SketchUp 3D design file for this loft bed, and use it as a starting point to design your own.

STEP 2: Design: Loft Bed #2

The other loft bed (#2) has a mitered railing instead of a cloud, and because it's going in a bigger room, has space for a desk and another bookshelf alongside the bed. It's also covering a redundant fireplace, which gives the opportunity for adding a secret compartment. NO ONE is too old or too cool for a secret compartment, unless they're dead inside.

Other design differences: it has 5 steps instead of 6, as my son is over 5' tall at age 10, and will probably be 6'5" before leaving home (uh-oh...). Wood strips instead of plywood backing for ladder bookshelf - just enough to stop the books falling off the back. No bottom shelf. Dowel running underneath bed, so the space can be used as a wardrobe. The bed frame is notched into only the wall side of the bookshelf ladder - it is lag screwed into the inside of the outside leg. This allows the 2x6 on the outside to look seamless (the other bed didn't need this, because the plywood cloud performs that role).

Click on the icon below to download the SketchUp 3D design file for this loft bed, and use it as a starting point to design your own.

STEP 3: Tools and Materials

This project will be easier if you have access to a miter saw, but you could do the whole thing with a circular saw if you have a good guide. I also used an orbital sander, jigsaw, router, tape measure, square, level, studfinder and a cordless drill.

You need (for each bed):

3-4 pieces of 10' 2x6 construction lumber (carefully selected)
3-4 pieces of 10' 2x4 construction lumber (carefully selected)
3" deck screws
1/4" plywood, about half a sheet
5/8" plywood, construction grade, one sheet
5/8" plywood, sanded one side, one sheet
4 1/4" x 6" lag screws with washers
Wood filler
Paint

For the additional bookcase for #2 - I used three 10' 2x10s. You need some more 2x4 for the legs and sides of the desk and a small piece of plywood (5/8" or thicker) for the desktop.

Price is a little hard to judge, because I had some materials already. I'd ballpark $150 for each bed - the extra plywood for the cloud bed was compensated for by the extra wood for the additional bookcase/desk for the other bed. If you need extra plywood to cover up a fireplace like I did, that will add another $50.

STEP 4: Cut Boards

Saw the 2x6 to the following lengths. Note: construction lumber is far from perfect. You're better off to buy too much lumber and cut out the worst bits (knots, damaged areas) - the offcuts are good for firewood, and you'll have a nicer loft bed.

Cut these 11 pieces with square ends:
5 x 400 mm, 5 x 486 mm,1 x 962 mm

Cut these 3 pieces with parallel ends at 14 degrees:
1 x 1900 mm, 2 x 1462 mm

Saw the 2x4 to the following lengths, all with square ends:
2 x 2032 mm, 1 x 1200 mm, 2 x 964 mm, 1 x 362 mm, 1 x 162 mm

Cut six pieces of 1/4" plywood to 250 x 486 mm, and cut some of the good 5/8" plywood into six strips 20 x 486 mm. Fill all the holes and imperfections in the lumber with wood filler, and sand. You're ready to assemble the frames.

Note: check these dimensions will fit your mattress! The design could accommodate a bigger mattress (double, queen, king) no problem, but you might like to use 2x6s in place of the 2x4s in the frame. Bonus: you'd get a much wider bookcase! There are slight design changes for the loft bed #2, but from here on I'll just describe the cloud bed (#1), for simplicity's sake. The construction is also exactly the same for both. Check the plans for the details.

STEP 5: Assemble Ladder/bookcase

Mark the angled 2x6 boards with the steps/shelves every 250 mm. That's a good height for a step for a kid, and high enough for most paperback books. Mark them parallel to the bottom angled piece, i.e. at 14º. Drill three holes for each step, and assemble as in the pictures with deck screws, using your handy cordless drill.

Make cut-outs (using jigsaw or saw + chisel) for the 2x4 frame in the back of the 2x6, 55 mm deep at its deepest point, at the underside of the top step.

 Add the strips of 5/8" plywood to the underside of the 486 mm long pieces so you can support the backs of the shelves; 55 mm back from the rear of each shelf. Attach with wood glue and brad nailer. The backs of the shelves are made from 1/4" plywood, and can be fixed in place, nailing into the back of each 2x6 and into the plywood strip from the front.

Fill the screw holes, nail holes, and any other imperfections with wood filler, and sand smooth.

STEP 6: Assemble Bed Frame

Assemble the 2x4 frame as shown, again with three deck screws per joint. The positions of the cross-pieces are not critical.

STEP 7: Paint

Paint or polyurethane everything. We painted the ladder/shelves the same color as the walls of my daughter's room, so they'd blend in and add to the "floating cloud" effect. We just polyurethaned the other one.

STEP 8: Install

Get someone to help with this step - I did it myself with the help of a 6' length of 2x8 and a one-handed clamp, but it was unnecessarily awkward. You're going to attach the frame to the walls of the room using lag screws. Mark the studs - you want to attach it twice at the head and twice on the side. Get the frame the right height and level in both directions. Drill a hole through the frame deep into the wall with a long bit, then put in the lag screw (use a washer). Repeat for the other holes. Use angled deck screws to ensure the frame can't slide out of the brackets you cut for it in the bookcase/ladder.

Measure the plywood base for the mattress and cut to fit. Screw it to the frame.

STEP 9: Clouds (or Railing)

Loft beds generally have a railing to remind the occupant that rolling out is a bad idea. Here, we decided to use plywood cut into cloud shapes (who doesn't want to sleep on a cloud?). We mocked it up first in cardboard, then cut the shape with a jigsaw, sanded smooth, rounded the edges with a router, painted it, and screwed it to the frame.

The other bed has a piece of 2x4 that joined up to the other bookcase. Utilitarian, but easy and with a nice miter and rounded edges (I used a roundover bit in my router), it looks good.

STEP 10: Side Bookcase and Desk

The extra bookcase for loft bed #2 was made with 2x10s to accommodate bigger books. It's super easy to make - it went together so quickly that I forgot to take any in-progress photos. All simple butt joints joined with deck screws. The desk was made from a piece of plywood, and some 2x2 for legs/crossbraces and 1x3s for the sides to stiffen it - I used a very similar construction method here as for my door table. The 1x3s are mitered to make it look a bit slicker.

STEP 11: Clothes Rail

What can you use the space for under the bed? Well, it's good for general storage, but in the case of my son's room, he doesn't have a wardrobe. So I added a clothes rail so he can hang clothes under the bed. Really easy to do with this design - drill a hole for one end, and drive a screw into the other end of a dowel. I used an old curtain rail for the job. I'll add another one if he needs it.

STEP 12: Secret Compartment

Who doesn't want a secret space in their room? This one was easy to make, because we were covering up an open fireplace (which is perfectly functional, but which we never use - the room is way too small to justify it). All I had to do was make one of the plywood panels removable. You lift the panel up and over a strip of wood to remove it and reveal the space.

STEP 13: Add Bedding, Books

...and happy occupants, and you're done.

STEP 14: Builds

Happily, lots of people have made beds according to these plans, and nearly all of them who were kind enough to provide photos made slight changes. Check them out for further inspiration. Many thanks to benjamin.burton.9887, burgzt, ChiDoug, instructablesdstark, mitch.duke, ndnfld, sfsavage, yuravgjoe, AndreasM3, GregV9, MarcelS9, and GarthM7 for posting photos. And also check out the "I made it" section below - a ton of additional variations on the theme.

167 Comments

I knows this is an old post but I hope you could help me out. This is the nicest design I found but I wonder how I can maximize the hight space under the bed so my child can have her desk underneath. we have an 8' ceiling. standard 33" clearance space on top. with an 8.5" mattress and a 2.5" Ikea twin slat frame we are down to 51" of room without the actual frame. You use 2x4 cross bars within the frame. This would eat into the space below and give me only 47" of hight. Is It possibile to build the frame out of 2x4s and install the inside 2x4s so they are 2" high and 4 inches wide? This would give me an additional 2" space Would this still be safe? Would it be possibile to build the frame out of 2x4s and use a 1" ledger inside the frame for the slats instead? I Thanks for your help.
I think it would be just fine - this bed is pretty overengineered (compare it to a commercial bed). Good luck with the build!
These are cool, creative and more space - saving.
This would be nice in full size....what measurements do you recommend for full size and futon below?
Just add on the difference between twin and full size to all of the crossmembers. It will still be plenty strong enough, and you will have a wider bookshelf
Hello,

Love the plan. I want to go higher and allow for desk underneath the bed. Have you done that at all?
No - we only have 8' ceilings so this was about as high as we could go while still allowing someone to sit up in. If you have 10' ceilings it would work well, for sure.
I have a small room thats used as a study, but whenever we have people around I seem to be short on sleeping space and end up using an inflatable mattress here. This seems like a good option that will allow me to have a study and an extra bed. What kind of weight would your plan be able to take before I would need to put in additional supports?
This bed is massively overengineered. It will support anything able to climb the ladder!

Not quite - it means 10 feet long (approximately 3 m), and with unfinished dimensions of 6 inches and 2 inches. This ends up being more like 5.5 inches by 1.5 inches.

Well, you finally made it to the homepage :P

ha, yeah it does look like it took a while, but I'm happy to report that it's not the first time

Looks great, do you think it would work to mount straight legs on the head end to make the bed free standing. I'm thinking a 2*6 mounted flush under the bed frame or flush on one side and outside on the other.

I did exactly that. I used 2x8 and extended them above the bed to create a headboard shelf area. The bed was pretty sturdy without mounting it to the wall, but did have some movement in it, so I ended up mounting it to the wall, though I probably didn't need to mount it as well. I will add a few images also.

I know this is a 3 year old comment, but benjamin.burton.9887, do you happen to have your plans that you used? I am planning on using your headboard idea and incorporate some of my own, but between you and makendo that is a fantastic plan and bed(s)!! I need to make a freestanding bed...I am also going to incorporate a lienear desk (should also help with stability)

Sure, but without bracing it will wobble... so you will probably end up screwing it to the wall anyway.

is it possible to accomodate this project for a 3mt x 1.13 mt very small room? :\

Long ago, I built a loft for my daughter in what was intended to be a storage room - but she needed a door way more than a window... It exactly fit a 4 foot sheet of plywood with two feet cut off it, leaving space to open the door into. I built plywood supports for the closed end and the corners. Her mattress left just enough space for a small set of shelves for storage beside the head end. It had a desk, bookcase, and dresser underneath.

I designed it so she could stand upright underneath it, but by the time I got it built she'd outgrown that...

This bed will fit perfectly in our tiny room if we don't put the ladder/bookshelf at any type of angle. If it would be at any type of angle it would make the closet inaccessible. Do you think I could do this same design but make the bookshelf/ladder 90º/straight up and down. I know it makes it a little harder to climb but my kid is a climbing master so I am not worried about that. But structurally would it still be sturdy without the incline on that side?

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