Arrow Fletching: Types, Function & How It Works

Arrow fletching refers to the feathers or vanes attached to the back end of an arrow shaft. Their primary job is to create drag behind the arrow's center of mass, causing it to spin and stabilize in flight so it maintains a straight trajectory toward the target.

How Arrow Fletching Works

Fletchings are angled so the leading edge sits slightly higher than the trailing edge. That angle generates airflow that pushes the back of the arrow outward, inducing spin and correcting minor inconsistencies as soon as the arrow leaves the bow. Without fletching, even a well-tuned setup would produce erratic, unpredictable flight.

In a standard three-fletch configuration, two vanes — called hen feathers or hen vanes — lie flat toward the riser, while a third, the cock vane or cock feather, points away from it. The cock vane is typically a different color so archers can nock consistently every time.

Fletchings can be mounted straight, offset, or helical. Helical mounting curves the vane around the shaft and produces the most spin; straight mounting produces the least. More spin means faster stabilization but slightly more drag.

Types of Arrow Fletching

Feather Fletching

Feather fletchings are cut from the wing feathers of birds such as turkeys or geese. Their natural flexibility lets them bend and recover as they pass over a traditional bow shelf — something rigid vanes cannot do cleanly. This makes feathers the preferred choice for recurve and longbow archers shooting off the shelf. The trade-off is durability: feathers are susceptible to moisture and humidity, require periodic inspection, and need replacing more often than synthetic options. See our full breakdown on feathers on an arrow for more detail.

Vane Fletching

Vanes are made from plastic or rubber. They are waterproof, consistent in weight from one vane to the next, and resistant to the kind of weather damage that degrades feathers. Those properties make vanes the standard choice for compound shooters and modern recurve archers using an elevated rest. Vane length involves a deliberate trade-off: a longer vane steers more aggressively but creates more drag, which matters at longer distances. The popular "blazer" style uses a short, highly angled profile to generate strong spin with minimal length. A parabolic fletching profile is another common shape, valued for its smooth airflow characteristics.

Applying Arrow Fletching

Fletchings are typically positioned 1–1.5 inches from the nock end of the shaft. Consistent spacing — 120 degrees apart for a three-fletch setup — is achieved with a fletching jig, which holds each vane at the correct angle while the adhesive cures. Cleaning the shaft with rubbing alcohol before gluing is essential, as carbon dust from manufacturing can prevent proper adhesion.