How long should I cut my arrows for a recurve?

Your draw length plus about one inch of clearance measured from the back of the bow, so a broadhead can never reach your bow hand at full draw. Leaving them longer also gives you spine headroom — a longer shaft behaves weaker, and you can always trim during tuning.

Helical or straight fletching for traditional bows?

Helical, or a strong right offset. The rotation it imparts stabilises a fixed broadhead at the low speeds a recurve produces. Straight fletching is quieter and faster but gives up steering exactly where a traditional setup needs it most.

Hot melt or epoxy for inserts?

Hot melt for hunting arrows because you can heat the point and change insert or head weight while tuning or in camp. Two-part epoxy is stronger and permanent, which suits a target set you will never change.

How closely should arrows be weight matched?

Within three to five grains across the dozen. Beyond that the heavier arrows print low at twenty yards. Sort raw shafts before cutting, use the same point weight throughout, and weigh finished arrows to catch a glue-heavy insert.

Traditional archery · Skill

Building a matched dozen arrows

Arrow building is the cheapest skill in archery to learn and the one that pays back every season.

Shop-built traditional arrows cost two to three times the price of components, and they are rarely weight-matched to the tolerance a bare-shaft-tuned setup deserves. Building your own takes an afternoon and a modest kit.

It also means you can repair fletching in camp, swap point weight to re-tune, and keep a spare dozen ready before the season instead of waiting on a shop in October.

Time: ≈3 hours a dozen
Kit: Cutter, jig, squaring tool
Match to: ±3 grains
Fletch: Helical feathers

Building a dozen, start to finish

Work in batches: cut all twelve, square all twelve, then glue. Batching is what produces a matched set rather than twelve individual arrows.

1Weigh every raw shaft and sort into groups within three grains. Set outliers aside for stump shooting.
2Cut to length with a high-speed abrasive cutter, leaving one inch of clearance past the shelf at full draw.
3Square both ends with a squaring tool — an out-of-square insert seat is the most common cause of a wobbling arrow.
4Clean the inside of the shaft with a cotton swab and alcohol, then glue inserts with hot melt (re-adjustable) or two-part epoxy (permanent).
5Clean the fletching area with alcohol so no lubricant remains from the shaft manufacturing.
6Set the jig for helical or a strong right offset, clamp a feather, run a thin bead of fletching glue along the base, and set it for a minute per vane.
7Fletch three feathers per shaft with the cock feather positioned to point away from the riser at nocking.
8Add a drop of glue at the front and rear of each feather quill to stop peel-back in brush.
9Install nocks, then weigh every finished arrow and record the spread. Anything more than five grains out goes in the practice pile.

Tools and consumables

Mishler, N and MJ, U.S. Fish and Wildlife Service / Public domain · Wikimedia Commons

Fletching jig

Buy once

A single-clamp helical jig is the traditional standard and handles feathers of any length. Straight-clamp jigs are faster but steer a broadhead less well.

Abrasive shaft cutter

Carbon only

A high-speed abrasive wheel cuts carbon square and clean. Never cut carbon with a tube cutter or hacksaw — it splinters the wall and creates a shaft that can fail on release.

Squaring tool

The cheap upgrade

Squares the shaft ends so points and nocks seat true. This single twenty-dollar tool removes most of the wobble people blame on spine.

Grain scale

Matching

A digital grain scale lets you sort shafts, points and finished arrows. Matching to within a few grains is what turns twelve arrows into a group.

Wood-shaft extras

Traditional builds

Wood shafts also need a taper tool for the point and nock ends, a spine tester or supplier-matched sets, and a finish — polyurethane or oil — to keep humidity from warping them.

Questions

Frequently asked

How long should I cut my arrows for a recurve?: Your draw length plus about one inch of clearance measured from the back of the bow, so a broadhead can never reach your bow hand at full draw. Leaving them longer also gives you spine headroom — a longer shaft behaves weaker, and you can always trim during tuning.
Helical or straight fletching for traditional bows?: Helical, or a strong right offset. The rotation it imparts stabilises a fixed broadhead at the low speeds a recurve produces. Straight fletching is quieter and faster but gives up steering exactly where a traditional setup needs it most.
Hot melt or epoxy for inserts?: Hot melt for hunting arrows because you can heat the point and change insert or head weight while tuning or in camp. Two-part epoxy is stronger and permanent, which suits a target set you will never change.
How closely should arrows be weight matched?: Within three to five grains across the dozen. Beyond that the heavier arrows print low at twenty yards. Sort raw shafts before cutting, use the same point weight throughout, and weigh finished arrows to catch a glue-heavy insert.