Hareline Dubbin Ringneck Pheasant Tail Feathers - Yellow for Nymphs & Wingcases

Overview

Discover the natural charm of Hareline Dubbin Ringneck Pheasant Tail Feathers in Yellow, a versatile material crafted for classic fly patterns. Each package includes 1 pair of natural pheasant tail fibers, offering consistent color and texture that can elevate body builds, wings, and wingcases. The fibers’ subtle sheen and light bounce create a lifelike presence in varied water light, making them a reliable choice for precise tying work.

Why this material stands out

The yellow hue highlights delicate barbs and the mottled pattern, adding depth to nymph bodies and wing segments. Natural fibers provide a balanced blend of flexibility and stiffness, which helps you form clean shapes without sacrificing ease of handling. The quills are durable enough to hold tight wraps, supporting durable, well-formed patterns over time.

• Natural pheasant tail fibers
• Mottled appearance
• Ideal for nymphs
• Durable quills
• 1 pair per package

Practical uses in fly tying

Use these fibers to craft realistic bodies, wings, and wingcases across a range of sizes. The yellow variant offers a bright accent that can enhance visibility in certain light conditions while maintaining a natural look when wrapped with thread or ribbing. The fibers can be shaped for tapered bodies or layered for subtle contrasts, giving you creative flexibility without sacrificing material quality.

• Nymph bodies and shaping
• Wingcases and wing wraps
• Ribbed bodies and thread-backed patterns

Heritage and quality you can rely on

Hareline Dubbin was founded in 1981 in Monroe, Oregon. What started on a kitchen stove with 12 colors of Dubbing has grown into a 45,000 square foot facility with thousands of fly tying products ready to deliver, reflecting a long-standing commitment to reliable, versatile materials for tying enthusiasts.

Note: These materials are intended for creative fly tying use. They offer texture and color variations that may enhance your patterns, but results depend on technique and water conditions.