How To Make Bow And Arrow

The Short Version Before You Waste A Week

Making a functional bow and arrow set from scratch takes anywhere from three days to three weeks depending on the wood, your tools, and how much tillering you botch. I made my first bow out of a piece of European yew I bought at a surplus store. It lasted about eight months before the belly cracked near the grip. The arrow that killed it was a poorly fletched one I'd rushed through because I didn't trust the nock fit. If you're serious about this, start with stave selection and learn tillering properly. Everything else is secondary.

How To Make Bow And Arrow

Begin by choosing your stave. Back material matters more than people admit. For a self bow, the outer bark side becomes the back and takes tension. Hickory is forgiving and inexpensive. Osage orange is dense and fast but splits if you rough it up. Yew is the gold standard for traditional bows but it's expensive and you need to know whether the sapwood and heartwood are properly differentiated. Green wood works if you're in a survival situation. Seasoned hardwood is better for anything you want to last more than a season. Cut your stave to length first. Add about six inches to your desired draw length. A 28-inch draw bow is going to be roughly 62 to 64 inches total. Rough shape it with a drawknife or band saw, leaving extra stock on both the belly and the back. You'll remove material during tillering.

Tillering Is Where Everything Goes Wrong

This is the step most beginners skip or rush. Tillering is the process of gradually removing material from the belly of the bow so it bends evenly from tip to tip to the grip. A properly tillered bow bends in a smooth arc. If the tips curl over first, you've left too much belly near the ends. If the bow bucks in the middle, you've hogged out the center section. Either way, the bow will fail. My approach: mark the bow in one-inch intervals with a pencil along the belly. Use a spoke shave or a flat scraper. Remove maybe two or three passes per interval, then flex the bow gently with a tillering stick or against a door frame. Check the curve. The pencil marks should disappear evenly as you bend it. If a section holds its mark while the rest flattens, that section needs more removal. It usually takes me about 45 minutes of active work spread over two days for a 50-pound yew longbow. Here's the thing nobody tells you about tillering: humidity changes everything. I learned this the hard way in a rented garage workshop in Ohio. The bow I was tillering absorbed moisture overnight and the belly swelled just enough to throw off my pencil readings. Next morning the bend pattern was completely different. I stopped trying to tiller in variable conditions. Now I keep the workspace at a stable 40 to 50 percent relative humidity and I only tiller when the wood has been sitting in that environment for at least 24 hours.

Forming The Grip And Nocking Points

The grip section should be the stiffest part of the bow. Leave it thick while you taper toward the tips. A traditional riser grip is carved by hand once the tillering is close to complete. Don't carve it down too far early or you'll weaken the whole bow. For nocking points, you can use waxed linen thread wrapped tightly around the limb just above and below the arrow shelf area, or you can cut shallow notches with a knife if the wood is hard enough. I prefer the thread method because it's reversible and doesn't create stress concentration points in the wood.

Making Arrows

Arrow shafts come in three main varieties: straight-grained hardwood like ash or hickory, bamboo, or modern aluminum/ carbon if you're not attached to tradition. For a handmade set, split and hew straight-grained wood. Take a short section of ash, split it into quarters, then shape each quarter into a square rod using a drawknife and sandpaper. Dial calipers help you maintain consistent diameter along the shaft. Aim for about five-sixteenths of an inch near the nock and tapering slightly toward the point. Nocks are the hardest part. A proper nock splits into two prongs that grip the string without slipping. Cut the nock with a sharp knife and refine it with sandpaper. Test fit constantly. A nock that's too tight will split the shaft when you draw. A nock that's too loose will fly off on release. I learned this after snapping three arrows in a single session because I was grinding nocks while the wood was still too green. Fletching can be simple. Three feathers glued at 120-degree intervals near the nock end work fine. Goose feathers are traditional and lightweight. For a quick set, pin feathers work if you seal them properly. The adhesive matters more than people think. Hide glue gives you a natural bond that's reversible. Modern PVA glue works but can weaken in humidity.

Assembly And Testing

String your bow with Dacron or flax. Don't use synthetic materials that stretch unpredictably. A 60-pound bow needs about 72 inches of string length for a 28-inch draw. Wrap and wax the string. Check your brace height — the distance from the string to the grip when the bow is unstrung — should be roughly 7 to 9 inches for a longbow. Test fire carefully. Start at a low draw weight and short distance. Watch how the arrow rows off the shelf. If it consistently left or right, your nock height or arrow spine is wrong. Adjust the nocking point up or down, or switch to a stiffer or more flexible shaft. The biggest mistake I see people make is building a bow that's too heavy for their draw length. A 70-pound bow strung for a 32-inch draw is completely different from a 70-pound bow strung for a 26-inch draw. The physics don't lie. Measure yourself first. Then build to your actual capabilities, not your aspirations.

What This Method Doesn't Handle Well

Making bows from green wood in a hot climate will warp and crack faster than you can tiller. Composite bows — where you layer sinew, horn, and wood — require temperatures and humidity control most people don't have in a home workshop. If you want recurve limbs or compound cams, you're past the point of a straightforward DIY build. Those require laminating techniques and precision tools. Also, if your local regulations require a minimum draw weight or bow length for hunting, check those before you invest weeks into a project. I once spent two weeks making a beautiful 40-pound bow only to realize it didn't meet the legal minimum for the game I was trying to pursue. Not fun.