Making a bow and arrow from scratch is one of those projects that looks simple but rewards patience and precision at every step. The process breaks into two main builds: shaping the bow from a single piece of wood (called a “self bow”) and crafting arrows matched to its draw weight. A first bow typically takes a weekend of active work, plus drying time if you’re starting from raw wood.
Choosing the Right Wood
Your wood choice determines whether the bow performs well or snaps on the first draw. The best bow woods share two qualities: they bend without breaking, and they spring back to their original shape. Yew and Osage orange have been considered the gold standard for centuries, but they’re hard to find in many regions. Hickory, ash, and elm are widely available alternatives that make excellent first bows.
European ash has a higher stiffness rating than hickory (about 11,500 MPa versus 9,400 MPa for modulus of elasticity), which means ash stores more energy per bend. In practical terms, an ash bow can feel snappier. Hickory, on the other hand, is more forgiving of mistakes because it’s incredibly tough and resistant to breaking. If this is your first build, hickory is the safer bet. Red oak from a hardware store lumber rack also works surprisingly well for a beginner bow, as long as you pick a board with straight grain and no knots.
If you’re harvesting a stave from a tree rather than buying a board, look for a straight section of trunk or a thick, straight limb at least five feet long with no twists, side branches, or visible defects. Split it in half rather than sawing through, which keeps the grain intact.
Drying and Preparing the Wood
Green wood fresh from a tree contains far too much moisture to make a reliable bow. Most species hold 25% to 30% moisture content when freshly cut, and you need to bring that down to match the equilibrium moisture content of your local climate, typically somewhere between 8% and 12% for most of the United States. Wood that’s too wet will take a permanent bend (called “set”) when you string it. Wood dried too quickly can crack.
If you’re starting from a raw stave, seal the ends with wood glue or wax to prevent cracking, then store it in a dry, shaded area with good airflow. Drying takes roughly one month per inch of thickness. A stave split to two inches thick needs about two months. You can speed this up slightly by placing it in a warm, ventilated room, but avoid direct heat sources like radiators.
If you’re starting from a store-bought board, the wood is already kiln-dried and ready to work. This shortcut is why board bows are so popular with first-time builders.
Shaping the Bow
A basic longbow design is the easiest to build. Start with a board or stave about 66 to 70 inches long for an adult shooter. Mark the center of the board and measure 3 inches above and below that point to create a 6-inch handle section. The two limbs extend from the handle to each tip.
The handle stays thick and rigid. It should be about 1.5 inches wide. From the handle, each limb tapers gradually in both width and thickness toward the tips, ending at roughly 1/2 inch wide. Use a pencil to draw this taper on the flat face of the board, then remove wood with a rasp, drawknife, or belt sander. Stay outside your pencil lines and work slowly. You can always remove more wood later, but you can’t put it back.
The belly of the bow (the side facing you when you shoot) is where all your shaping happens. Never remove wood from the back (the side facing the target). On a board bow, the back should be a single, unbroken growth ring running the full length of the bow. Cutting into this ring weakens the bow dramatically and risks a catastrophic break.
Tillering for Even Bend
Tillering is the most critical and time-consuming step. It’s the process of removing small amounts of wood from the belly until both limbs bend in a smooth, even arc. You’ll need a tillering stick: a simple board with a notch at the top and notches down its length at one-inch intervals where you can hook the bowstring at increasing draw lengths.
Cut notches (called “nocks”) into the tips of your bow, string it with a length of paracord or strong twine at a low brace height (the distance between the string and the handle) of about 3 to 4 inches. Place the handle on the tillering stick and pull the string down a few inches. Step back and look at the curve of both limbs.
The core rule of tillering is simple: remove wood from the stiff parts and leave the bending parts alone. If the outer portions of a limb stay straight while the inner section bends too much, the limb needs more taper, so you scrape wood from the mid and outer sections. The opposite problem, where the tips bend too much and the inner limb stays rigid, is called a “whip tiller” and is corrected by working the inner and mid sections. If you spot a single sharp bend (called a “hinge”), stop and remove wood from everywhere else on that limb to bring the rest of the curve into balance.
Work in small increments. Scrape or shave a few passes, put the bow back on the tillering stick, and check again. Gradually increase the draw length, an inch or two at a time, over many sessions. A common beginner target is a 28-inch draw length at 35 to 45 pounds of draw weight. Pulling the bow past its intended draw length during tillering risks breaking it.
Making Arrows
Arrows need to be matched to your bow’s draw weight, or they’ll fly erratically. The stiffness of an arrow shaft is called its “spine,” and it’s measured by how much the shaft deflects when a weight is hung from its center. A shaft that’s too flexible (weak spine) will wobble wildly off the bow. One that’s too stiff won’t bend around the handle and will fly off course in the other direction.
For wood arrows shot from a longbow or recurve at a 28-inch draw, a bow pulling 31 to 35 pounds needs shafts with a spine rating of 26 to 30. A 41- to 45-pound bow needs 31 to 35 spine. A 51- to 55-pound bow needs 36 to 40 spine. As draw weight increases, you need stiffer (higher spine number) shafts. Pre-spined wooden dowels in popular sizes like 11/32-inch and 5/16-inch diameter are available from archery suppliers and take a lot of guesswork out of the process.
Cut your shafts to your draw length plus about one inch. Sand them smooth and check that each one is straight by rolling it on a flat surface. Gentle bends can be straightened by heating the shaft over a heat gun or candle flame and holding it straight until it cools.
Fletching and Points
Each arrow needs three feathers (called fletching) near the back end to stabilize its flight. Turkey feathers are traditional and still among the best options. Split each feather down the center of the quill with a sharp knife, trim the vanes to a consistent shape about 4 to 5 inches long, and glue three of them evenly spaced around the shaft. One feather (the “cock feather”) points perpendicular to the string nock so it clears the bow as the arrow passes.
For the nock, cut a shallow slot in the back end of the shaft, just deep enough for the string to sit in without the arrow falling off. Reinforce this area by wrapping a short section of thread and gluing it, since the nock takes repeated stress from the string.
Field points can be purchased inexpensively and glued onto the front of the shaft. For a traditional approach, you can shape simple points from stone, bone, or scrap steel and bind them with sinew or strong thread. A 125-grain point is standard for most target shooting with wooden arrows.
Finishing the Bow
A good finish protects your bow from moisture, which causes wood to swell and lose its spring over time. Several options work, and the choice depends on how much weather exposure you expect.
For a durable, low-maintenance finish, water-based spar urethane in a satin finish is hard to beat. It’s designed for exterior use in harsh weather, dries quickly between coats, and six coats can be applied in a single day. It creates a tough, smooth surface that holds up well over multiple seasons.
For a more traditional look and feel, a beeswax finish works exceptionally well for waterproofing. Mix beeswax with about 20% orange oil or coconut oil, spread it thickly on the bow, then leave the bow in a warm spot (a car on a sunny day works perfectly) for several hours so the melted wax soaks deep into the wood. This creates a flexible, matte finish that won’t flake or peel and makes the wood nearly impervious to water, while still feeling like bare polished wood in your hand.
Shellac and plain tung oil, while attractive, tend to break down and separate after prolonged exposure to rain. If you plan to shoot only in dry conditions, they’re fine. For anything more, go with the urethane or wax method.
Stringing and First Shots
Replace your tillering string with a proper bowstring. A Flemish twist string made from B-50 Dacron is the standard choice for wooden bows. You can buy one to length or learn to twist your own from a bundle of string fibers. The brace height (distance from the string to the handle when strung) should be about 6 to 7 inches for a longbow.
Never dry-fire the bow (pull and release the string without an arrow). This sends all the stored energy back into the limbs and can shatter them instantly. Always inspect the bow before each session for any new cracks, splinters, or sounds of cracking wood. A well-made self bow, properly tillered and finished, can last for years of regular shooting.