Are you a music enthusiast who loves to create your own instruments? Making an ocarina out of wood can be a fun and rewarding experience.

Crafting your own musical instrument brings a unique sense of satisfaction. A wooden ocarina produces a warm, earthy tone that stands out from clay or plastic variations. Building this ancient flute requires patience, precision, and a willingness to learn basic woodworking skills. You get to transform a simple block of wood into a singing piece of art.
This guide on how to make an ocarina out of wood will walk you through the entire process from selecting your materials to playing your first note.
What Will You Need?
Before you begin, gather the following tools and materials:
- A solid block of hardwood (such as cherry, maple, or walnut)
- A hand saw or band saw
- Wood chisels and gouges
- A drill with various bit sizes
- Wood glue
- Clamps
- A digital chromatic tuner
- Various grits of sandpaper (120, 220, 400, and 600)
- Food-safe wood finish or mineral oil
10 Easy Steps on How to Make an Ocarina Out of Wood
Step 1: Selecting the Wood
Selecting the right wood is crucial for the quality and tone of your ocarina. Hardwoods like maple, cherry, and walnut are ideal because their tight grain structure resists air leakage, resulting in a clearer sound. When searching for wood, inspect it closely for imperfections such as knots, splits, or moisture that might weaken the structure or affect resonance. A piece measuring about 2 inches thick, 3 inches wide, and 6 inches long gives you ample space to work. Remember, denser woods usually create richer, more stable tones, but may be harder to shape. Allow your wood to acclimate to your workspace to prevent warping during crafting.

Step 2: Cutting the Blank
Begin by measuring and marking your wood block to the desired dimensions. Use a hand saw or band saw to cut it into a rectangular prism if it’s not already in that shape. Sketch the outline of your ocarina on the top and sides with a pencil; the classic submarine or sweet potato shape works well. Leave extra wood around your design—this safety margin helps you refine the shape after hollowing. Take care with your cuts, as uneven edges or excessive removal can weaken the structure or make later steps difficult. Double-check all measurements before moving forward.
Step 3: Splitting the Wood
Once the rough shape is marked, you’ll need to split the block horizontally to create two halves for hollowing. Use a band saw for precision or, if unavailable, a very fine, sharp hand saw to make the cut. Before sawing, draw alignment lines across the block’s sides and ends—these will help you line up the halves correctly when reassembling. Make your cut slowly and evenly to minimize material loss; a smooth, even split will ensure an airtight join later. Place the two halves on a clean surface, keeping the inside faces up for easy access in the next step.

Step 4: Hollowing the Chambers
With the two halves laid open, use gouges and chisels to carve out the air chamber carefully. Work methodically, scooping material from the center and tapering outward, maintaining about 1/4 inch thickness around the chamber walls for strength and sound. Create even, smooth surfaces—rough or jagged interiors can disrupt the airflow and dampen the ocarina’s voice. Remember, the chamber size directly influences pitch: larger chambers produce lower tones, while smaller ones produce higher. Occasionally, press the halves together to check alignment and fit, ensuring they’ll seal well when glued.
Step 5: Creating the Windway
The windway is a crucial channel that guides breath from the mouthpiece to the voicing edge. Mark its path on the top half of your ocarina. Carve a flat, straight channel—about 3-4 mm wide and 1-2 mm tall—beginning at the mouthpiece and leading to the sound hole. Keep the channel shallow and its floor and ceiling flat for smooth airflow. You can use small chisels, files, or a craft knife for precision. For the best sound, the windway should slightly taper and end just before the chamber. Any bumps, rough spots, or misalignments here will cause a weak or airy tone, so take your time.

Step 6: Shaping the Voicing Edge (Fipple)
The voicing edge or “fipple” is where sound is actually produced. Mark a sound hole at the end of the windway and carefully cut it into the wood. Angle the lower edge sharply downward and shape the upper edge to form a clean, sharp line. The windway must guide air directly over this edge—it’s this interaction that produces the ocarina’s tone. Use files and sandpaper for fine adjustments, and test frequently: temporarily clamp the halves together, blow into the mouthpiece, and listen for a clear whistle. If the sound is fuzzy or weak, further refine the edges until you hear a strong, pure note.
Step 7: Gluing the Halves Together
With the internal chambers shaped and the windway and voicing edge complete, it’s time to join the halves. Brush a thin, even layer of wood glue on the mating surfaces, avoiding pooling glue near the chamber and windway. Line up your pencil marks to ensure perfect alignment, then clamp the halves tightly for at least an hour (or as specified by your glue manufacturer). Inspect for any glue squeeze-out around the chamber or windway and wipe it away immediately with a damp cloth. The seal must be airtight to prevent leaks that could affect sound quality. Let the ocarina dry overnight for the best results.
Step 8: Shaping the Exterior
When the glue is fully cured, unclamp your ocarina and begin refining its outer form. Use rasps, carving knives, or sanders to round edges and contour the body into a comfortable, ergonomic shape. Pay special attention to the mouthpiece—it should fit comfortably between the lips and gently direct air into the windway. Frequently hold and test the ocarina in your hands to ensure it is balanced and easy to hold. Take your time in this step—the smoother and more symmetrical the outer shell, the better your finished instrument will feel and look.

Step 9: Drilling the Tone Holes
Creating the tone holes is a precise process that greatly affects how your ocarina plays. Start by using your tuner to find the pitch of your sealed ocarina (with no holes drilled). Plan hole positions based on standardized fingerings or hand size for comfortable play. Drill small pilot holes first while regularly testing the pitch of each new hole—the pitch will rise as the hole grows. Patience is key; you can always make a hole larger, but it’s nearly impossible to make it smaller. Gradually enlarge, test, and refine each tone hole. Carefully file the edges of each hole smooth to ease finger movement and eliminate sharp burrs.
Step 10: Sanding and Finishing
Your final step is to prepare and protect the ocarina for use. Begin sanding with 120-grit paper, then progress to 220, 400, and up to 600-grit for a satin-smooth finish. Dust off all residue between each grit for the cleanest surface. For protection, apply several coats of a food-safe finish such as pure tung oil, linseed oil, or beeswax. Rub the finish in thoroughly, let it soak in, and wipe off any excess. Allow the ocarina to dry and cure according to the finish instructions. The finish not only beautifies the instrument but also protects it from moisture, fingerprints, and daily wear. When finished, test the sound, adjust your technique if needed, and enjoy your custom, handcrafted instrument!
5 Things You Should Avoid
- Using Softwoods: Pine and cedar are too porous and will result in a breathy, weak sound.
- Rushing the Windway: A sloppy windway ruins the tone entirely; take your time to make it smooth.
- Applying Too Much Glue: Excess glue can squeeze into the sound chamber and alter the acoustics.
- Drilling Tone Holes Too Big: You can easily enlarge a small hole, but you cannot easily shrink a hole that is too large.
- Skipping Sanding Grits: Jumping from coarse to fine sandpaper leaves visible scratches on your final piece.
Frequently Asked Questions
What is the Best Wood for a Beginner?
Cherry wood offers the perfect balance of density and workability for your first project.
It carves smoothly without splintering easily under a chisel.
The tight grain prevents air leaks, which guarantees a much clearer sound.
It also finishes beautifully with simple oils.
You can find cherry lumber easily at most local hardwood suppliers.
How Do I Tune My Ocarina?
Start your tuning process by drilling very small pilot holes.
Check the pitch constantly using an accurate digital tuner.
Slowly enlarge the hole with a small round file to raise the pitch.
Stop filing just before you reach the perfect note.
Sand the hole edges to finalize the exact pitch.
Can I Paint My Wooden Ocarina?
You can paint the exterior, but stains or clear oils look much better on wood.
Heavy paints can sometimes alter the resonance of the instrument.
Never paint the inside of the windway or the voicing edge.
Paint build-up on the sharp edge will instantly ruin the sound quality.
If you want color, use a wood dye and seal it with a clear finish.
Conclusion
Building a wooden ocarina challenges your woodworking skills while rewarding you with a functional piece of art.
By carefully selecting your hardwood, shaping the windway with precision, and patiently tuning the holes, you create an instrument that will bring you joy for years. Take your time with each step, especially the voicing edge, as it forms the heart of the instrument’s voice.
Hopefully, this guide on how to make an ocarina out of wood has given you the necessary knowledge and confidence to embark on your own wooden ocarina-making journey. Have fun creating your unique instrument, and remember to embrace imperfections as they add character to your creation. Happy woodworking!
About
Mike May is a distinguished figure in the world of woodworking and timber design, with a decade of expertise creating innovative and sustainable indoor solutions. His professional focus lies in merging traditional craftsmanship with modern manufacturing techniques, fostering designs that are both practical and environmentally conscious. As the author of Woodimber, Mike delves into the art and science of timber-craft, inspiring artisans and industry professionals alike.
Education
RMIT University (Melbourne, Australia)
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Associate Degree in Design (Timber): Focus on sustainable design, industry-driven projects, and practical craftsmanship.
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Gained hands-on experience with traditional and digital manufacturing tools, such as CAD and CNC software.
Nottingham Trent University (United Kingdom)
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Bachelor’s in Woodworking and Product Design (Honors): Specialized in product design with a focus on blending creativity with production techniques.
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Participated in industry projects, working with companies like John Lewis and Vitsoe to gain real-world insights.
Publications and Impact
In Woodimber, May shares his insights on timber design processes, materials, and strategies for efficient production. His writing bridges the gap between artisan knowledge and modern industry needs, making it a must-read for both budding designers and seasoned professionals.
