Nautilus X Frame Fly Reel

Ultralight Powerhouse for Maximum Control

Built with the modern angler in mind, the Nautilus X-Series Fly Reel delivers cutting-edge performance in a lightweight and ultra-durable open-frame design. Designed for lightness, strength, and lightning-fast line retrieval, the X-Series features a rugged frame with strong center beams and a wide line guard for added spool rim protection especially when your rod is leaned against a wall or your truck.

At the heart of this reel lies the SCF-X drag system: a sealed hybrid of carbon fiber and Teflon discs, fine-tuned for silky smooth performance and easily adjusted via an oversized, textured drag knob thats easy to grip with wet or cold hands. Whether you’re chasing trout on the river or stalking reds in the flats, the X-Series brings dependable stopping power in a featherlight package.

With three frame sizes available, from the featherweight XS (3/4wt) to the robust XL MAX (8/9wt), the Nautilus X Frame Fly Reel adapts effortlessly to your freshwater and light saltwater pursuits.

Key Features:

• SCF-X Drag System Sealed carbon fiber and Teflon disc drag with smooth startup inertia and strength.
• Lightweight, Durable Build Precision-machined from aircraft-grade aluminum; ventilated arches increase spool strength by 35%.
• Dual Palming Rims Offers extra control during the fight, with an additional secondary palming rim for rugged performance.
• Award-Winning Giga Arbor Spool Promotes rapid line pickup while remaining lighter than any similar-sized reel Nautilus has built.
• Versatile Sizes From ultralight trout setups to bigger freshwater and light saltwater species.
• Finishes Available in brushed titanium or black anodized for corrosion resistance and clean aesthetics.

Model Specs:

Command the Water with Confidence

Whether you’re swinging streamers, presenting dries, or chasing bonefish, the Nautilus X Frame Fly Reel offers the ultimate balance of speed, strength, and finesse. Elevate your gear and your game with the reel designed to perform under pressure.