PROJECT: Thinking-of-You Clock

PROJECT: Thinking-of-You Clock

This twin clock’s unique styling can be adapted to many purposes. You could set your local time in the top clock and the time of a loved one who resides in another time zone in the lower clock, next to a picture of that person. He or she may be in the military, away at school or even on an African safari!

Hanging keys on space under wall clock

Another idea is that you could make the project without the upper clock and just put a picture of anything or anyone you love in the frame. Either way, you’ll have a handy key ring holder and chalkboard for reminders or inspirational quotes. However you choose to set it up, this attractive and multifunctional project also incorporates many different woodworking techniques to try.

Getting Started

Dividing panel for making parts of wall clock frame
After the side sections of the clock body were ripped free, the author cut away the top section. With care, when the pieces are glued back together, the grain will match well.

Just about any wood species will work well for this clock. We chose soft figured maple and finished it with shellac. The shellac adds a warm golden tone to the wood, which matches the gold trim on the clocks. It also highlights the figure, while being easy to apply and fast-drying.

Start by making the main panel that will become the body of the clock. The body finishes to 11-1/4″ wide, so if you can’t find a piece of wood that wide, you will need to glue it up. If that is the case, take the time to arrange the grain pattern in a pleasing way. Make the blank oversized to start with. Clamp up the panel and set it aside for now.

Rough cut pieces oversized in width and length from extra stock for the top and bottom moldings. The molding for the bottom portion should be oversized in width by at least 2″ to make ripping on the table saw safer. Now cut two pieces for the top built-up molding to the exact size shown on the Material List.

Forming the Body

Test fitting parts of frame for wall clock
Cutting and regluing the clock body blank ensures perfectly square corners for the chalkboard cutout while keeping the overall grain pattern nearly seamless and intact.

To get started on the body, you will be doing a bit of addition by subtraction. At the table saw, rip 1-5/8″-wide pieces off the edges of the blank and set them aside. Once you’ve cut the next parts, you will glue these pieces back together; mark them now so you’ll know what their arrangement should be.

Space for message board underneath clock section
The center section of the body blank is removed to make room for the chalkboard.

Next, using the crosscut sled on your saw, cut off what will be the top section of the body from the remaining section of the blank and then cut off the lower component.

Clamping corner of clock and message board frame
Remember to clean wet glue out of the corners before it hardens.

Test-fit the pieces together and measure to check your dimensions. Make any adjustments necessary. When you glue up the panel, align the top and bottom sections perfectly flush with the side lengths, leaving an 8″ x 12″ chalkboard space. Scrape off glue squeeze-out when it is still tacky. Once the glue joints dry, sand the panel up to 120-grit.

Routing Decorative Molding

Routing edge of clock frame molding
Use extreme caution when routing the end grain of the top molding. Set the fence very close to the bit and form the ogee in a series of deepening passes. Back up these cuts with a miter gauge and sacrificial fence to improve safety and control.

Setting the body aside for now, grab the molding stock you cut up earlier. Chuck an ogee router bit in your router table, because it’s time to rout the molding. Shaping profiles into the two top molding pieces is a multistep operation.

Cutting down frame molding to size
The author made the bottom molding blank overly wide so the routing process would be safer. After the edge was shaped, she ripped the piece to its final width.

Rout the ends of the moldings first. Use a miter gauge with a sacrificial piece of stock behind the workpiece to avoid tear-out and to make the cut safely. Shape the profile in several passes, raising the bit a little each time to remove more wood. For each pass, shape the long edges after you’ve routed the short ends.

Marking molding using frame as a guide
Make a tick mark on the molding while holding it against the panel.

When you are done with the top pieces, grab the material for the lower molding. Machine one of its long edges, starting with a lowered bit as before. When you’ve got the shape you want, rip the molding to its final width. Now you need to wrap the lower molding around the body. We used a miter saw to make the cuts.

Finishing molding mark using side of combination square to set angle
Then use your combination square to mark the 45° cut line for the “return” ends of the bottom molding strip.

Mark out the miters and set up your saw for the cuts. We recommend adding a 3/4″-thick sacrificial fence and also using a piece of thin hardboard or plywood to make a zero-clearance insert for your saw.

Making molding cut with miter saw and zero clearance fence
You might need to put a new zero clearance fence on your miter saw because the pieces are so tiny. Also, let the blade completely stop in the down position once you make the cut so that the little pieces don’t get jammed or catch and fly.

Cut the short “return” pieces (left and right) from the molding first. Then miter-cut the long front section. Once everything fits properly, set the moldings aside — you’ll attach them to the body later.

Square Hole Routing Jig

Making square shape with shop-made jig
Here the author makes a “jig” from scrap lumber clamped securely in place.

To form the “square hole” — technically called a housing — that captures the plexiglass pieces, we used a router with a bearing-guided pattern-making bit.

You can get rather fancy making an adjustable jig for routing squares and rectangles. We simply clamped oversized straight pieces of wood in a configuration the exact size of square we needed to cut. Your router base will tell you how wide the jig pieces need to be in order to have room for clamping and not hit the router.

Cleaning rabbet corners with mallet and chisel

In this case, our author used 4″-wide side pieces to make clamping and acquiring the desired dimension easier. She also used a scrap piece 4″ wide space to lock in the other 4″ dimension. You will need a scrap piece under these pieces to provide a good way to clamp everything securely. Plunge your router and cut a 1/4″-deep, 4″ x 4″ square. Take several passes to minimize burning. Moving the bit’s bearing against the jig’s edges in a clockwise motion, remove only about 1/16″ material at a time. Adjust the depth of the router bit after each pass. To be safe, make sure you unplug the router while making adjustments.

Then use a mallet and chisel to square the corners of this rabbet. The jig gives you a nice reference surface for more accurate chiseling.

A Body Shape-up

Using compass to form semi-circle cutouts
The author used her thumb to support the compass point on the corner of the board as she drew each of the two 1-3/8”-radius quarter circle profiles.

In order to make this project hold two clocks and hang on the wall, we’ve got a few more machining chores to complete. To make the decorative arcs on the lower corners of the body, use a compass to draw the 1-3/8″-radius circle cutouts on the bottom corners. Then cut the quarter circles out at the band saw or with a jigsaw. If you have a spindle sander, use that to sand these curves. Otherwise, you can wrap a large dowel with coarse sandpaper to remove the saw marks and smooth the edges.

Cutting out arc shapes with band saw for clock frame
Cut inside the pencil lines of the curved corners so that you have a mark to sand up to. Once these cuts are done, remove the saw marks using a spindle sander or dowel wrapped in sandpaper.

Next, lay out where the holes for the clocks and picture will go. There are a few ways to make these holes. The most straightforward, of course, is to use a 3″-diameter Forstner bit in a drill press.

Measuring locations for installing clocks in frame
Mark centerpoints for the hole cutouts, then bore them at the drill press with a 3″ Forstner bit or circle cutter.

If you don’t own a Forstner bit that large and you don’t want to spend the money to get one (they are not cheap), you could use an adjustable circle cutter instead — take your time and drill slowly, keeping your hands well away from the cutter’s spinning shaft. A third option would be to make a template with a 3″ hole that you can use to guide a router and a long piloted pattern bit. Or, bore these holes with a 3″ hole saw bit.

Punching out holes for clock using drill press and Forstner bit
Whenever using a bit this large, first clamp the workpiece down securely.

One of the cutouts also needs a 4″-square housing milled behind it. Rout the “square” hole and then cut two pieces of 1/8″-thick plexiglass to fit the opening. These will hold your forget-me-not photo sandwiched between them. You can cut plexi on either a table saw or band saw using most quality blades. For that same picture hole, use a 5/16″ roundover bit in a router to profile and soften the front edge of the opening.

Another routing task on the agenda is creating a keyhole slot in back to hang the clock on the wall. The large opening that will receive the chalkboard needs to have a rabbet formed into its back edge, too. Use a 1/2″ rabbeting router bit on the router table to mill the rabbet. Make a few passes of no more than 1/16″- to 1/8″-deep at a time until you’ve reached 1/4″- deep. You may need to make climb cuts if the grain direction is causing any tearout. Then use a sharp chisel to square up the corners.

Trimming chalkboard panel to size with tin cutter
To avoid crinkling the metal chalkboard edge as you cut it, orient your tinsnips so the bottom blade is on the waste side of the material.

Now would be a good time to cut a piece of backer board that secures the chalkboard. Then cut the sheet metal magnetic chalkboard with tinsnips to fit its opening. The metal may crinkle a bit as you cut it, but remember that the chalkboard fits into the rabbet and is held in place by the backer board, so some edge roughness will be hidden. Still, cut the metal carefully to avoid excess distortion or raggedness. Practice by making a test cut or two.

Using a Keyhole Bit

Creating a keyhole hanger with a router bit
A keyhole slot is a great way to hang flat panels like this project.

The most important thing in using a keyhole bit is to make the cut in one pass, then turn off the router and remove your stock.

Guiding keyhole cut on router table

That means it is important to test the cut on scrap stock — not only to check out the position and depth of cut, but the process of making the cut.

Completing Last Details

Installing glass backing panel on clock frame
Drill shallow pilot holes for #8 screws that will hold the plexiglass pieces in place.

You are almost done! Drill 1/8″ holes in two of the corners of the plexi so that you can use #8 x 1/2″ screws and washers to hold the picture in place. Drill pilot holes for the screws into the wood with a 3/32″ drill bit. Go ahead and pre-drill for the cup hooks on the front. If you are careful, you can also drill pilot holes for the screws with washers that will hold the chalkboard in place.

Sand the main wood panel up to 220-grit. Then, attach the top moldings to the body. We used glue and a pneumatic brad nailer to speed this operation up.

Prepping frame for installing chalkboard panel
Use a 5/8″ Forstner bit to make 1/8″-deep countersunk holes for housing the washers that hold the backer board and chalkboard in place. Locate the tip of the Forstner bit about 1/8” away from the rabbet to start drilling.

Next, glue and clamp the lower molding pieces in place. This time, we used a few pin nails on the underside of the bottom molding in the front and on the sides where they were not as visible. Remove any glue squeeze-out as needed.

Once the glue dries, make sure everything is sanded up to 220-grit. The mitered corners and all edges need to be softened now. Break the edges by hand sanding with 320-grit paper, and go over the front panel with the same grit.

Mounting molding pieces on top section of clock frame
The author clamped the top molding pieces down one at a time to be sure they were as snug as possible. Then she used a brad nailer and glue to secure them permanently.

You are ready to apply finish. Our author used five light coats of spray-on shellac. Wait until it becomes tacky before re-spraying. When the finish cured, she used steel wool to apply furniture paste wax to even out the shellac and take down its glossy sheen. Work in small areas, and buff off the wax before it dries with a soft cloth. Another benefit of wax is that it makes surfaces soft and smooth to the touch.

Now all you need to do is screw the chalkboard and the picture in place and install the cup hooks. Set the clocks to the appropriate times, and just pop them into place in their holes. Super easy.

Finished hand hung frame with two clocks, picture, message board and key hanger

You can use a plastic drywall anchor to hang this piece on the wall. Different sizes can hold up to 50 pounds.

We hope that whomever you make this project for will return safely home or visit often in order to see your lovely craftsmanship and expression of love.

Click Here to Download the Drawings and Materials List.

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