Turned Christmas ornaments - 5 designs

A turned Christmas ornament is a small lathe project, usually under 3 inches in diameter and under 4 inches tall, that finishes in 30 to 90 minutes from mounted blank to off the lathe. Five designs cover almost everything you see on a turned tree: the icicle, the globe, the bell, the finial, and the inside-out. Each one teaches a different technique, so working through all five is a compact tour of the lathe.

This article gives you the blank size, lathe speed, tool sequence, and wood species for each design, plus the safety points that matter when you spin a small thin-walled blank at 3,000 RPM. If you want a sixth design built around a specific shape, I have a separate walkthrough for turning a toy soldier ornament that uses the same spindle techniques as the icicle.

The five designs at a glance

Print this table and tape it to the wall behind the lathe. The speeds are starting points for the finishing pass. True up every blank at 1,000 RPM first.

Wood selection for thin-walled ornaments

Tight, even grain is the only thing that matters for ornament wood. The walls finish at 1/16 inch to 3/32 inch on hollow forms and the finial tips run down to 1/8 inch in diameter. Open-grained woods tear out and crumble at those dimensions.

My short list of four species, in order of how frequently I reach for them:

• Hard maple. Janka around 1,450 lbf, dead-white sapwood, sub-$10 per blank from any turning supplier. The default for production ornaments.
• Apple. Janka around 1,730 lbf, pale pink heartwood that ages to honey. Cuts like a dream and almost never tears. Source it from pruned orchard wood.
• Boxwood. Janka around 2,840 lbf, the hardest of the common ornament woods. Holds the finest finial details. Pricey and slow to dry.
• Holly. The whitest wood you can buy, Janka around 1,020 lbf. Stain-prone if you do not dry it carefully but unbeatable for ornaments meant to read as snow or ice.

Skip oak, ash, walnut, mahogany, and anything with visible open pores. The grain shows up as rough black streaks on a 1/16 inch wall and tears out under the parting tool. For more on choosing turning stock, see the best wood for woodturning.

Tools you need at the lathe

The five designs share most of the same toolset. I keep this group within arm's reach when ornament season starts:

• 3/8 inch spindle gouge (the main shaping tool for every design)
• 1/2 inch skew chisel (planing cuts and crisp v-grooves)
• 1/8 inch parting tool (for sizing beads and parting finials off)
• 1/4 inch detail gouge or 1/4 inch spindle gouge (finial tips)
• Small hollowing tool, 1/4 inch shaft (globe and bell interiors)
• 6 mm bedan or a small bedan-style scraper (clean cuts on end-grain shoulders)
• Jacobs chuck with a 1/16 inch and 5/64 inch drill bit (hanging holes)
• Calipers, dividers, and a Sharpie

If your kit needs filling out, my best woodturning tools round-up covers what is worth buying and what is not.

Safety for small ornament work

Small ornaments live in a dangerous corner of the lathe envelope: high spindle speed, thin walls, and small drive surfaces. The risks are different from bowl work, so the precautions are different too.

• Always wear a full face shield, not just safety glasses. A 2-1/2 inch hollow globe coming off the chuck at 3,000 RPM hits the face shield like a baseball.
• Spin every mounted blank by hand before you switch the lathe on. A loose chuck tenon shows up as wobble or as audible scraping on the tool rest.
• Start every new blank at 1,000 RPM. Step up only after you have trued the outside and confirmed there are no cracks running with the grain.
• Never wear loose clothing, gloves, or jewelry near the lathe. Sleeves get pulled into a 3,500 RPM spindle faster than you can react.
• Keep the tool rest within 1/8 inch of the work. The further the rest sits from the wood, the further a deflected gouge tip travels before you can correct it.
• Hollow form a globe with the lathe at the lowest speed that gives a clean cut. The thinner the wall, the more force a catch transfers into the wall instead of the chuck.
• Finial tips snap. Stand to the side of the spindle line during finishing cuts, not behind the work.

Design 1: The icicle ornament (spindle technique)

The icicle is the place to start. The whole ornament is a spindle turning between centers, so you get a forgiving project that teaches the planing cut and the v-groove without any chucking complication.

Blank: 1-1/2 x 1-1/2 x 8 inch hard maple or holly, mounted between a small drive spur and a live tail center.

Step-by-step:

1. True the blank at 1,000 RPM with a 3/8 inch spindle gouge. Step the speed up to 2,500 RPM.
2. Mark the overall length, which finishes well at 6 to 7 inches, and waste sections at each end with the parting tool.
3. Cut the hanging button at the top: a 3/8 inch diameter bead with a 1/16 inch hole drilled through it before parting. Use the spindle gouge for the bead and a hand drill or a Jacobs chuck in the tailstock for the hole.
4. Below the button, cut a stack of three to five small beads or v-grooves at 1/4 inch spacing. The skew makes the v-grooves; the spindle gouge rolls the beads.
5. Taper the body from 1 inch diameter at the top down to 1/8 inch at the point over about 4 inches. The taper does the visual work of making this read as an icicle.
6. Sand from 240 through 600 grit at 1,200 RPM, then part off both ends with the 1/8 inch parting tool.

Watch for: Catches as the taper thins below 1/4 inch. The spindle gouge wants to climb at thin diameters. Slow the cut, keep the bevel rubbing, and take very light passes.

Design 2: The hollow globe (face-grain hollow form)

A hollow globe lights up like a tiny lampshade if you put an LED inside, which is the whole point of turning the walls down to 1/16 inch. This design teaches chuck-mounted hollow form work in miniature.

Blank: 2-1/2 x 2-1/2 x 3 inch hard maple or apple. Mount face-grain (grain running across the lathe axis, like a bowl).

Step-by-step:

1. Rough between centers at 1,000 RPM and cut a 3/4 inch tenon on the tailstock end for your chuck.
2. Re-mount in a four-jaw chuck. Bring up the tailstock for support and turn the outside of the sphere at 2,500 RPM. Use calipers to confirm the widest diameter is 2-3/8 inches at the equator.
3. Pull the tailstock away. Drill the top with a 1/2 inch Forstner bit to the depth that will become the sphere's interior. This is the access hole.
4. Drop the speed to 2,000 RPM. Hollow with a small bent hollowing tool, working from the rim down and out toward the equator. Aim for a 1/16 inch to 3/32 inch wall.
5. Check wall thickness with a bright lamp behind the work, since the wood glows where it is thin. Stop when the glow is even across the whole hemisphere.
6. Sand the inside through 400 grit using rolled sandpaper on a dowel. Sand the outside through 600.
7. Part off at the tenon, leaving a small foot ring that will become the bottom (a finial or a small turned cap can cover it).

Watch for: Going too thin at the equator and breaking through. Keep checking the glow as you near 3/32 inch. The lower hemisphere is harder to see, so work in stages and stop early on that side.

Design 3: The bell (end-grain hollow form)

A bell rings if you turn it thin enough. The acoustics depend on uniform wall thickness, so this is a focus exercise as much as a turning exercise.

Blank: 2 x 2 x 3 inch hard maple or boxwood, mounted end-grain (grain running with the lathe axis, like a spindle).

Step-by-step:

1. Rough between centers at 1,000 RPM, cut a tenon, re-mount in the chuck.
2. Shape the outside of the bell at 2,500 RPM. The classic profile flares from a 1/2 inch top to a 1-3/4 inch bottom over 2 inches of length. Use the spindle gouge for the curve.
3. Hollow the inside with a 1/4 inch shaft hollowing tool. End-grain hollowing cuts differently from face-grain, so work in light passes from the center out toward the rim.
4. Aim for 3/32 inch walls at the rim, thickening to 3/16 inch at the top. Uneven walls kill the tone.
5. Drill a 1/16 inch cross hole at the top for the clapper wire and a 5/64 inch hole at the very top for the hanging cord.
6. Sand inside and out to 600 grit. Part off cleanly.
7. Hang a small brass bead from a fine wire as the clapper. The bell rings best with a hard, narrow clapper.

Watch for: Tear-out on the inside walls near the rim. End grain cuts cleanly when the bevel rubs but tears badly when it does not. Sharpen the hollowing tool before you start.

Design 4: The finial ornament (fine spindle detail)

A finial ornament is what most people picture when they hear "turned ornament": a slender ball or teardrop body with a long, delicate spindle finial on each end. The challenge is everything under 1/4 inch in diameter.

Blank: 1 x 1 x 4 inch boxwood or apple for the finial only, plus a separate body blank if you are gluing up. Boxwood is worth the cost here because the finest tips snap less in a hard, dense wood.

Step-by-step:

1. Mount the finial blank between centers at 1,000 RPM, true up, step to 3,500 RPM.
2. Use the 1/4 inch detail gouge for everything below 1/2 inch diameter. The 3/8 inch spindle gouge is too aggressive for finial details.
3. Work from the tailstock end inward. Cut the tip first, then the bead nearest the tip, then the next bead, and so on toward the headstock. This keeps wood behind your cuts for support as long as possible.
4. The classic urn-and-spike finial profile is: a 3/16 inch sphere at the base where it meets the body, a 1/4 inch tall waist, a 3/8 inch urn, a stack of three 1/8 inch beads, then a 1-1/2 inch tapered spike that ends at 1/16 inch diameter.
5. Sand each detail as you cut it, because once you move past a bead it is hard to sand without snapping the work.
6. Part off with a fresh 1/16 inch parting tool. A dull parting tool deflects the thin finial and breaks the tip.

Watch for: Vibration. A finial vibrating at the tip means the cut is too heavy or the tool is dull. Sharpen and back off the cut depth before the vibration breaks the tip.

For multi-part ornaments (body plus two finials), you can use techniques from adding decoration to a bowl: pyrography, india ink lines, or a single carved pattern at the equator dresses the body up without changing the turning sequence.

Design 5: The inside-out ornament (glued multi-axis blank)

Inside-out turning is the trick that makes people stop and look. You see what should be the inside of the wood from the outside of the finished piece. The British turner Soren Berger popularized the technique, and Chris Stott's Turned Christmas Decorations documents the geometry.

Blank: Four 3/4 x 3/4 x 6 inch sticks of contrasting wood (light maple paired with walnut works well, but for ornaments without dust hazard concerns, holly with cherry is my pick). Glue the four sticks into a 1-1/2 inch square blank with brown paper between each joint and PVA glue. Clamp overnight.

Step-by-step:

1. Mount the glued blank between centers at 1,000 RPM. The paper joints make this assembly weaker than a solid blank, so be ready to abort if you hear cracking.
2. Round the outside to a 1-3/8 inch cylinder at 2,000 RPM.
3. Cut a decorative shape into the middle 3 inches: a sphere, a teardrop, or a series of beads. The shape you cut here will become the window pattern visible from outside the finished ornament.
4. Sand the cut profile through 400 grit. Stop the lathe.
5. Split the blank along the paper joints with a chisel. Tap gently — the paper releases cleanly.
6. Rotate each stick 180 degrees so the cut profile faces inward. Re-glue with PVA into a new square. Clamp overnight.
7. Re-mount the new glued blank. Now turn the outside profile at 2,500 RPM — usually a simpler ball, teardrop, or candle-flame shape. The cuts on the outside open windows into the negative space you created in step 3.
8. Sand and finish on the lathe. Part off carefully — the inside-out construction is weaker than solid wood at the parting line.

Watch for: Catches that split the paper joints prematurely. Light cuts, sharp tools, and tailstock support throughout the first turning pass keep the assembly together.

Finishing turned ornaments

Ornaments do not see hands or food, so the finishing options are wide open. My three preferences:

• Friction polish applied on the lathe at 1,000 RPM. Fast — under 2 minutes per ornament — and the final gloss is good. Wipe on, friction with a paper shop towel until the surface heats up, buff with a clean cloth.
• Wipe-on polyurethane for an ornament that will live in attic storage between seasons. One coat of satin poly wiped on with a rag and let dry overnight. Durable.
• Shellac followed by Renaissance wax for the highest gloss without buildup. Three thin coats of dewaxed shellac sprayed or wiped on with light sanding between, then a coat of micro-crystalline wax buffed to high gloss.

For homemade alternatives, my homemade woodturning finishes covers shellac-and-oil mixes and beeswax pastes that work well for ornaments.

Color is up to you. The most striking ornaments I have turned are unstained — the natural contrast between holly and walnut, or between bleached maple and ebonized oak, reads better than any pigment. If you do color, india ink dilutes well in alcohol for a controllable wash on light woods.

Common mistakes and how to fix them

Hanging hardware

Drill a 1/16 inch hole down the central axis at the top of every finial before you part it off. That is the only chance you get — you cannot drill straight into a tapered finial after it is off the lathe.

For the actual hanger, three options:

• Brass eye screw (5/16 inch length, sold at any craft store) screwed and glued into the 1/16 inch hole. Permanent and traditional.
• Gold or silver thread in a doubled loop, knotted inside the ornament (for hollow globes) or glued into the drilled hole with cyanoacrylate (for solid finials). Cleaner look than an eye screw.
• Wire pin with a bead for the bell — a brass wire bent into a U at the top, with a bead on each leg below the rim, and a clapper wire descending from the bottom of the U.

Where to take this next

If you finished all five and want more, the toy soldier ornament walkthrough is the next step in spindle-based ornament work — it adds painting and segmented detail to the spindle techniques covered here. For the underlying technique foundation, a beginner's guide to using a wood lathe covers the planing cut and bevel-rubbing principles that every ornament relies on.

A turned tree is the cheapest impressive Christmas project I know. A dozen ornaments, two evenings of work, and you have a tree that nobody else has.

Sources

• Chris Stott, Turned Christmas Decorations - 18 Festive Projects, GMC Publications, 2008
• Hilary Bowen, Decorative Techniques for Woodturners, GMC Publications, 1995
• American Association of Woodturners — Holiday Ornament Challenge archives (woodturner.org)
• The Wood Database — Janka hardness and grain data for boxwood, holly, hard maple, apple
• USDA Forest Products Laboratory, Wood Handbook - Wood as an Engineering Material, 2021