Step 3: Cut the Walls

We start by cutting 4 pieces of shiplap into 30 inch pieces. You will use 2 - 6' lengths of the shiplap. Also cut 2 pieces of 1" x 2" x 10 1/4" long for the top cleats and cut 2 pieces of 1" x 2" x 10 1/2" long for the bottom cleats.

Take two of the shiplap pieces, putting them together. We need a width of 11 1/4. Be sure to reserve the cut out portion for the back panel. The total depth of th cabinet will be 12". So, the side walls need to be 11 1/4" wide. Rip one piece for each side of the cabinet. Observe the knots on your boards, so they will not become a problem, either on a rip cut or where you will be screwing pieces together. 

Screw each side wall together using the 1" x 2" pieces, which will become the cleats holding everything together. Use 4 - 1 1/4 screws on each cleat. the bottom cleat will be even with the bottom of the side and the other cleat 3/4" down from the top edge of the board.  The cleats are 3/4" too short, this is to accommodate the wall cleats at the back of the cabinet. 

Next cut the pilaster strip, the metal strips used to hold the shelves up, see the picture, into 24" sections and attach to side walls. I placed them up against the the top cleat so that they would be level with each other.

Next cut the bottom and top cabinet pieces. The wall cabinet is 1/4" shorter than the actual dimensions, so for a 33" wide cabinet, 33" - 1/4" offset - the thickness of the 2 walls 3/4" x 2 = 1 1/2". So the total length of the shelf will be 31 1/4", the offset will be made up for when we put the facing on the cabinet. Cut the top and bottom pieces and screw into the cleats using 8 x 1 1/2" screws. The extra long screws give extra strength to the cabinet. Be sure to pre drill for all screw locations.

Next  cut and add ledger boards to the top and bottom of the back. The top Ledger board needs to offset to allow 1/4" space for the backing and the bottom one should go flush with the wall.

Most screws are in locations, where they will not be seen in the finished product.

Next cut the movable shelves, they should be approximately 29 3/4" long, check that they will fit in the cabinet easily. Cut cleats for the shelves and screw them together using 1 1/4 inch screws.

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This is so cool. i really want to make some of these <a href="http://www.accentcabinets.com" rel="nofollow">cabinets in houston</a> now. Soo cool man.
This looks so great! Thanks for sharing! I have been telling my husband to find me some <a href="http://www.kitchenmagicinc.ca" rel="nofollow">kitchen cabinets edmonton</a> just like this! I think it would really look great in my home! This has inspired me to get back on this! Thanks!
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Thank you for posting this! My wife has been wanting new <a href="http://www.mikescountrykitchens.com" rel="nofollow">kitchen cabinets for our Halifax</a> vacation home, but I have been putting it off. I really didn't want to have to pay to get them done, but now that I saw this I think I will attempt to do them with the help of my brother.
Great guide! You were able to break down the principles of <a href="http://californiacabinetry.com" rel="nofollow">custom cabinetry</a> really well. I've been tinkering around with building furniture for most of my life, but I've never been able to build something this structurally sound. Thanks for the instructable!
My quoted measurements are US standard inches, as your must be on metric. I assume, since you refer to yourself as a bloke. 1 us standard inch = 2.54 cm. <br>
Hi, Thanks for the positive comment, I am planning to make some changes to my top cabinets, I am going to use 1x3 for the top back, which is used to screw the cabinet into the wall. Also 1x12 for the shelving, more expensive, but easier to manage. Am thinking of fixed shelving using 1x2's for the shelf supports. The pine is a soft wood and wanted to get away from the metal shelf support strips. Still in the thinking stage though. The 1x12 shelving is a definite. I am planning to work on them as the fall approaches. I am also thinking about using 1/4 plywood to close in the top, saving money and time. I need to make 4 cabinets for the fall.
Just curious you said it was white wood. Do you mean pine or was it something else?
I tried to find an answer on Internet, it appears to be Douglas Fir. But can also be other woods that are straight grained and has reasonable strength. It is not white pine.
Awesome! Thank you for your quick and very thorough reply! I will probably be starting my entertainment center in the next couple of weeks and I will post some of the pictures if you like.
That would be great. I am thinking about my center of having a divider down the middle and about 6 inches of shelf height. Underneath there would be enough space to put DVDs. I found that using 1.5 inch x #8 screws gave good strength to the corners. In order to use that size screw all around I would rip down 2 x 4's to be square, I think they come out 1.5&quot; square. Loew's has some 2&quot;x2&quot;x8' square furring strips for $1.32 each. That would save a few bucks, too. Usually this stuff is spruce pine, so you have to be careful about splitting. The 2x4's will take the screws a bit easier. You may also need to rip 1x3s for the facing. I found that cutting your pieces to size before ripping made the ripping job easier and safer. I have a miter saw and table saw which I use on these projects. For the legs or casters, I would use the full width 2x4s to give enough space for the leg supports. Also, you may want to splurge and use matched boards instead of the shiplap, would give a nicer look inside and out. I use minwax oil stains and polyurethane. I do not like how the water based products come out.
White wood is labeled on the wood from the saw mill, I expect it is spruce or another hard softwood species. All conifer trees are considered softwood, deciduous trees are considered hard wood. There are some relatively hard species of pine, white pine is a very soft wood and generally not used for structural support.
Great job! I am going to use your design w/ modified dimensions for a movable entertainment center. If my calculations are correct then it should be a third of the price and better quality over the crap they sell in most stores in my budget range. Thanks again! -miles
A 6' piece of ship lap costs $4.28 each. I estimate 9 pieces would be needed at a cost of $38.52 plus 1x2's, etc. I figure the completed project would cost $50 - $60. Don't forget to predrill all holes in the top piece and use kregjig to attach the face frame. Also use the kregjig to assemble the face frame. Make sure your miter saw and table saw is correctly aligned for 90 degree angles.
I am in the New England area, shiplap is made out of white pine, which is a soft wood, but when stained and polyurethaned, it comes out looking beautiful. It has a very nice grain that takes stain very nicely. You want to have it well sanded before staining. I have put together a base cabinet. I have also been looking at a tv center for myself. I would make it as a large box, luan panel for the back, with holes placed appropriately for the cables or maybe leave a corner open by cutting the luan panels across the corner at a 45 degree angle. Use 1 x 2 for the corners for strength, use a facing frame to hide the 1 x 2 supports. Shelves for the electronic components need to be 18&quot; wide and probably 6&quot; high. Maybe adjustable shelves are in order here. Don't forget storage room for dvds and games etc. I would buy premade legs or casters for the bottom of the cabinet. You might also want to put a doors on a couple of the cavities to hide the contents, you can use it to store wires and other paraphernalia. The top of the cabinet needs to cover the side panels to give a finished look. You may want to rip 2x4's down the middle to give you 1.75 x 1.75 strips of solid wood to give extra support for the cabinet. I would also put a cross member through the middle, front to back for extra support. I would make my cabinet 42&quot; long, 28&quot; high not including the short legs or casters and 18&quot; deep. By using natural wood, the cabinet will not be excessively heavy, but will still be strong. I would adjust the dimensions so there is a minimum of waste and give you the look you desire.
Interesting way to generate material. Did you finish the doors? How did it turn out?
Hi, I have built a base cabinet with drawers and have also built the drawers and one of the doors. The main part of the base has been stained and polyurethaned. I will be bringing that piece in tomorrow and set it in it's place. I need to stain and polyurethane the drawers and doors and then the piece will be completed. At that point, I will go back and finish the wall cabinet and update the instructable. I will be building 3 more wall cabinets and 1 more base cabinet. As I gain skill in building of the cabinets, I am changing or updating the way the cabinets are built. These cabinets would be great for a workshop, but stained and polyurethaned, they make beautiful cabinets for the kitchen. One change I would recommend would be to use match boards instead of shiplap, as the rough side of ship lap is difficult to finish. I may make that change on my future cabinets as the sides of the cabinets will not be seen and matched boards are finished on both sides. The only drawback is the cleats used to build the cabinets. I will try to create an instructable on the base cabinet. These instructables take a lot of effort to complete. Thanks for reviewing my instructable. I am available to assist you with suggestions, if you should want to build some cabinets for yourself.

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Bio: I am retired living on a 2 acre plot in central Maine. Living the good life, at least I hope so.
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