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I have a one car garage. It had some wall mounted shelves in place when I bought the house. When I bought a Honda Pilot, I had to take down some shelves to get more clearance on the sides. I wanted to reclaim some storage space but when I looked at ready-made shelving, I found them to be too deep for my purpose. Pretty much everything I wanted to store in this shelf measured at less than 8" thick (fertilizer bags, paint cans, lawn, garden and auto chemicals etc.). So I decided to build one to my specifications. I decided on a 4' wide X 6' tall, 6 tier shelf based on available space. You can use this information to build your own custom shelving on similar lines.

I wanted to use as much precut wood as possible. I chose 1" thick white wood (cheap, untreated soft-woods like Pine) for construction. My calculations showed that at 4' width, the shelves would sag with heavy loads. So I decided to add edge strips to increase the rigidity.

I used the sag calculator at http://www.woodbin.com/calcs/sagulator.htm

Design Details:

To make sure I wasn't missing anything, I made a sketch for the shelf unit. The bottom shelf is mounted at 9.5" so that I can use the space underneath as well. The sketch shows the spacing between (lower surfaces of) individual shelves. I wanted 16 inches to accommodate the fertilizer bags. The top shelf is mounted closest to the top. I decided to have edge-support strips on both edges for the 1st, 2nd, and the top shelf. All other shelves are supported only on the front. The little rectangles you see below each end of a shelf are end supports. This will become clear in step 2. Note that because of the edge supports, frontal spacing between shelves is less by 1.5". The back is open as I have installed it flush to the wall.

Step 1: Materials and Tools

Materials:

8" X 1" X 6' planks - 2
8" X 1" X 4' planks - 6
2" X 1" X 4' planks - 9
Some 2" X 3" material I had (about 8' needed)
2" screws
1.5" screws
(I found that the Phillips II outdoor screws are much cheaper than the zinc coated ones - these come in 3 different colors and are almost impossible to strip. I chose the ones suitable for use with Pine/Cedar)

Tools used:

Circular saw
Jig-saw
power-drill/ screw-driver
Clamps

Misc.:
Some left-over deck stain
Paint brush
Wood Glue

Step 2: I Started With the Side Panels

First, I cut and notched the end supports from 2" X 3" material I had lying around. I needed 12 of these - 6 on each side. Each end support is 7.25" long to match the 8" shelves and side panels. (when you buy lumber, it is always less thick and wide than what the size says. An 8 X 1 plank is actually 7.25" wide and 0.75" thick. You can check out the actual measurements of other so called dimensional lumber here: http://en.wikipedia.org/wiki/Lumber. The notches are 0.75" wide and 1.5" high (leaving a 1" thick step to support the edge-support strip).

I marked-up the side panels and mounted the end supports with glue at required heights. The bottom-end of side panels is seen on the left. The side panels are notched to accommodate a concrete ledge at the bottom of the wall. I wanted the shelf unit to stand flush with the wall. All notches were cut with the jig saw.

The second picture shows a close-up of an end support glued to the left side panel. This end support is notched at both ends in such a way that after a 2" X 1" edge-support strip is placed in the notch, it's top surface will be level with the top surface of the end support. End supports for shelves numbered 1, 2, and, 6 are notched at both ends. End supports for shelves numbered 3, 4, and, 5 are notched only on the front.

After the glue set, I turned the panels over and used screws to secure the end supports. The 3rd picture shows details for one of the end supports.

Step 3: Assembly

Next, I added the length-wise edge-support strips. I had a little hitch here. the lengths of the 2 X 1 strips were all over the place. Using them as-is would have resulted in either a skew frame or gaps at the end of some of them for a square frame. So I clamped all of them together, aligned one end, and used the circular saw to even out the other end.

For shelf numbers 1, 2, and, 6, I screwed the edge strips to the end supports. For the remaining shelves, I fastened them from the sides. So far all screws used are 2" long. I kept checking the squareness of the frame at various stages before I tightened anything. Now the shelf frame could stand on its own. The depth being only 7.25" as compared to the height of 72", the frame was easy to tip over.

Next, I added the shelves. I had to cut these planks as well to matching lengths. I fastened the bottom, second, and, the top shelves using 2 screws on each side through the side panels. For the remaining shelves I used just one screw from top at each end - anchoring them to the end supports. These are the only 1.5" screws in the assembly. With the box like construction of shelves at 3 levels and the variety of ways I had fastened various parts, I didn't feel the need for adding more cross bracing (and I was going to anchor the shelf to the wall)


Step 4: Finishing and Installation

After the assembly was finished, I applied one coat of an oil based semi-transparent stain (left-over from my deck). After this was dry, I located two studs where I wanted to install the shelf unit, positioned the unit centered around the studs, and anchored it to the wall through the rear edge-support strip of the top shelf (one screw in each stud). I tested the fit of shelf spacings for intended items and was happy to see everything come together as planned.

(My cheap camera doesn't give good results under low light. Sorry about the picture quality)
<p>The garage is like the central refuse area of the house. Everything that ranges from gems to junks end up at this very spot eventually. Hence, maximizing the space around the area is very important to ensure that there is sufficient storage to go around for every member of the family and the best way to do that is through shelvings.</p>
Hi Hobbler, <br> <br>Sorry about the delay in replying. I used Microsoft Visio for the drawing. Thanks for your comment. <br>
Great instructions. Very detailed. I love the drawing in the first picture.......what software did you use for that?
Kudos very thorough instructions.

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Bio: I like tinkering. The screen name comes from me using Chips (the silicon variety - not the potato kind - not that there is anything wrong with ... More »
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