Arrow Crafting

Part of Hunting and Trapping

An arrow is a precision instrument with three critical components: shaft, fletching, and point. Each must be right for the arrow to fly true and hit with killing force.

The Arrow Matters More Than the Bow

A common mistake is obsessing over the bow and neglecting the arrows. A mediocre bow shooting excellent arrows will outperform an excellent bow shooting poor arrows every time. A crooked shaft wobbles in flight. Missing or damaged fletching causes erratic spiraling. A dull point bounces off hide instead of penetrating. And an arrow that’s too light or too heavy for your bow wastes energy or damages the bow.

Plan to spend as much time making arrows as you spent building the bow. You’ll need at least 6-12 arrows for hunting — you will lose them, break them, and miss with them.

Shaft Selection and Preparation

Material Options

Material	Pros	Cons	Best For
Shoot/sucker growth	Naturally straight, consistent diameter	Must find the right species	All-around best
Split wood	Can make many from one piece	Requires careful splitting and rounding	When shoots unavailable
Reed/cane	Lightweight, straight, hollow	Fragile, can shatter on impact	Small game, birds
Cattail stalks	Very straight, easy to find	Weak, only for lightest points	Practice arrows only

Best Woods for Arrow Shafts

Ideal species — these produce straight shoots with consistent grain:

• Dogwood — dense, tough, straight. Considered the best native North American arrow wood.
• Viburnum (arrow-wood) — literally named for this purpose. Produces long, straight shoots.
• Rose — wild rose produces remarkably straight, hard shoots. Remove thorns carefully.
• Willow — widely available, reasonably straight. Lightweight — needs heavier points to fly well.
• Hazel — excellent European arrow wood. Straight coppice shoots are ideal.
• River cane (Arundinaria) — used extensively by southeastern Native Americans. Strong, light, naturally straight and hollow.
• Privet — invasive in many areas, but produces very straight, dense shoots.

Shoot selection criteria:

1. Straight as possible — hold at eye level and sight down the length
2. 75-85 cm (30-34 inches) long — slightly longer than your draw length plus arrowhead
3. 8-10 mm (5/16-3/8 inch) diameter — consistent along the length
4. No side branches in the working section — branch junctions create weak grain

Harvesting and Drying

1. Cut shoots in late fall or winter when sap is down
2. Bundle loosely with cord, 10-15 shoots per bundle
3. Hang vertically in a dry, shaded location
4. Drying time: 2-4 weeks for thin shoots, up to 3 months for thicker shafts
5. Check for straightness after drying — most will need correction

Straightening Shafts

Heat straightening is essential. Almost no shaft dries perfectly straight.

1. Heat the crooked section over coals or a small flame. Rotate the shaft to heat evenly. The wood should be uncomfortably hot to touch but not scorching.
2. Bend against the curve while hot. Apply firm, steady pressure — don’t jerk.
3. Hold in the corrected position for 30-60 seconds while the wood cools.
4. Sight down the shaft from the nock end. Repeat heating and bending for remaining curves.
5. Work in sections — fix the worst bends first, then fine-tune.

The Oil Trick

Rub a thin layer of animal fat on the shaft before heat-straightening. The oil penetrates the heated wood and helps it hold the new shape more permanently. This also conditions the shaft against moisture.

Spine Matching

“Spine” is the arrow’s stiffness — how much it flexes when force is applied sideways. Matching spine to your bow’s draw weight is important for accuracy.

Simple spine test:

1. Support the shaft at both ends, 66 cm (26 inches) apart
2. Hang a 0.9 kg (2 lb) weight from the center
3. Measure how far the center deflects

Bow Draw Weight	Target Deflection
25-35 lbs	20-25 mm
35-45 lbs	15-20 mm
45-55 lbs	10-15 mm
55-65 lbs	7-10 mm
65+ lbs	5-7 mm

Practical approach without measuring tools: make several arrows of slightly different thicknesses. Shoot them all from your bow. The ones that fly straightest have the correct spine. Use those as your template for future arrows.

Fletching

Fletching — the feathers or vanes at the tail — stabilizes the arrow in flight by creating drag at the rear. Without fletching, arrows tumble unpredictably beyond a few meters.

Feather Selection

Any large bird feather works, but some are better than others:

Feather Source	Quality	Notes
Turkey	Excellent	Large, stiff, durable. The standard for traditional archery
Goose	Excellent	Wide, strong. Historically the most common in Europe
Duck	Good	Smaller but sturdy. Waterproof — good for wet conditions
Crow / Raven	Good	Stiff and available. Smaller, so use longer sections
Hawk / Eagle	Excellent	Large and stiff but harder to obtain
Pigeon	Fair	Soft, small. Works in a pinch
Owl	Poor	Too soft and fragile

Left and Right Wing

All feathers on one arrow must come from the same wing (left or right). Mixing wings causes competing air currents and erratic flight. To tell: hold the feather with the quill pointing away from you and the curve facing up. If the vane curves to the left, it’s a left-wing feather. Consistency is more important than which wing you choose.

Preparing Feathers

1. Select 3 matching feathers from the same wing, similar size
2. Split each feather down the center of the quill using a sharp knife or by carefully pulling apart
3. Trim to length — 10-15 cm (4-6 inches) for hunting arrows. Longer fletching = more stability but more drag (slower). Shorter = faster but less forgiving.
4. Shape the profile:
   • Shield cut — rounded at both ends. Most common, good stability.
   • Parabolic — rounded back, tapered front. Lower drag, good for hunting.
   • Straight — simplest cut. Works fine.

Attaching Fletching

Sinew-and-glue method (most durable):

1. Mark three equally spaced lines along the last 15 cm of the shaft (120 degrees apart)
2. Apply a thin line of pitch adhesive along each marked line
3. Press the first feather into the adhesive, quill-side down, curved side out. Align the back of the feather 2-3 cm from the nock.
4. Wrap fine sinew thread around the shaft at the front and back of the feather section, binding all three feather quills tightly
5. Apply more pitch over the sinew wraps to seal and waterproof
6. Let dry completely before shooting — premature use tears the fletching off

Quick field method:

1. Split the quill partway and slide it over a shallow groove scraped in the shaft
2. Tie at front and back with thread or fine cordage
3. Faster but less durable — good for emergency arrows

Fletching Orientation

• Cock feather — one feather (often marked differently) sits perpendicular to the bow string nock. This prevents the feather from hitting the bow’s shelf as the arrow passes.
• Hen feathers — the other two feathers sit on either side, angled toward the bow.
• Slight helical twist — if you can manage it, angling the feathers very slightly (2-3 degrees) around the shaft creates spin, which dramatically improves accuracy. This is difficult without a jig but worth attempting.

Arrow Points

The point determines what your arrow can do — from stunning small game to penetrating the ribcage of a deer.

Point Types

Point Type	Construction	Best For	Kill Mechanism
Sharpened shaft	Carved and fire-hardened	Small game, fish, practice	Blunt trauma / shallow puncture
Field point (stone)	Small, narrow flaked stone	General hunting	Penetration
Broadhead (stone)	Wide, thin flaked stone	Large game	Hemorrhage from wide cutting edges
Blunt (hardwood knob)	Carved bulge or bound knob	Birds, squirrels	Blunt trauma, no penetration
Bone point	Sharpened bone fragment	Fish, small game	Puncture

Making Stone Points

For detailed knapping, refer to lithic technology articles. For arrow-sized points:

1. Start with a thin flake of flint, chert, obsidian, or similar
2. Pressure-flake the edges using an antler tine or copper tool
3. Target dimensions: 3-5 cm long, 2-3 cm wide at base, 3-4 mm thick
4. Create a notched base (notches on sides for binding) or a stemmed base (narrowing tang)

Hafting Points to Shafts

1. Cut a notch in the shaft tip, 1-2 cm deep, slightly narrower than the point’s base
2. Insert the point base into the notch
3. Wrap with wet sinew — start below the notch, wrap up over the point’s base, back down. Use a figure-eight pattern crossing over the notch for maximum strength.
4. Apply pine pitch over the sinew wrap
5. Let dry 24 hours minimum before use

Point Alignment

The broadhead’s flat plane must be perpendicular to the nock slot (and thus perpendicular to the bowstring). This ensures the arrow passes the bow cleanly. A misaligned broadhead causes the arrow to plane off course.

Cutting the Nock

The nock is the slot at the tail end that clips onto the bowstring.

1. Cut perpendicular to the grain — this prevents the shaft from splitting when the string hits
2. Depth: 6-8 mm — deep enough to hold the string but not so deep it weakens the shaft
3. Width: just wider than your bowstring — the nock should clip on with a gentle snap, not slide freely
4. Reinforce: wrap sinew around the shaft just below the nock to prevent splitting

Assembly and Testing

Pre-flight Checklist

• Shaft is straight (sight down from nock end)
• Fletching is secure (tug each feather — no movement)
• Point is tight (twist — no rotation in the shaft)
• Nock fits bowstring snugly but releases cleanly
• All feathers from same wing
• Cock feather oriented correctly (perpendicular to nock slot)
• Arrow length matches your draw length plus 2-3 cm

Test Shooting Protocol

1. Start at 5 meters into a soft target (grass-stuffed bag, sand bank)
2. Watch arrow flight — does it fishtail (wrong spine)? Porpoise (nock point wrong)? Spiral (fletching issue)?
3. Inspect after each shot — check for cracks, loose points, damaged fletching
4. Increase distance to 10 m, 15 m, 20 m as confidence grows
5. Group arrows — if they cluster together, even if off-target, your arrows are consistent. Adjust aim.

Key Takeaways

• Arrows deserve as much attention as the bow. Straight shafts, matched spine, secure fletching, and sharp points make the difference between eating and going hungry.
• Dogwood, viburnum, and hazel are the best natural shaft materials. Harvest in winter, dry for 2-4 weeks minimum.
• Heat-straighten every shaft. No natural shoot is perfectly straight out of the bush.
• All fletching from the same wing. Three feathers, equally spaced, with the cock feather perpendicular to the nock.
• Match arrow spine to bow weight. A simple deflection test or trial-and-error shooting tells you which shafts work best.
• Build many arrows. You’ll lose and break them. A dozen is a working minimum for hunting.