Umpqua TMC 708 Fly Tying Hooks – 40° Keel, Wide Gape, 2X Heavy, Forged

Overview

The Umpqua TMC 708 Fly Tying Hooks bring a versatile option to your fly box, designed to accommodate larger, more intricate patterns while maintaining control on the water. A balanced 40-degree keel paired with a jigged shank helps encourage a keeled, point-up orientation during casts and retrieves. This alignment can contribute to steadier presentations and more consistent hook engagement across a range of conditions. The design also features a wide gape and a variable shank, spanning from 3XL to 1.5XL, which adds flexibility when tying longer or bulkier flies. A 2X Heavy wire gives the hook a robust profile and the feel of strength that many tiers trust when building bigger patterns. Forged construction adds durability for repeated tying sessions and rugged use on the riverbank. While outcomes can vary with water, wind, and fish behavior, these attributes are intended to support your patterns from streamers to larger dry flies.

Key Design Attributes

• 40 Degree Keel/Jig Streamer
• Variable Shank (3XL-1.5XL)
• 2X Heavy
• Wide Gape
• Forged

Best Uses & Pattern Compatibility

The hook is well suited for a variety of patterns that benefit from a strong, keeled profile. It pairs nicely with streamers that ride higher in the water column, leeches that need solid hookup power, and longer-shanked nymphs that require additional hold. It also supports tying larger dry flies that demand a sturdy, reliable hook with weight to help presentation through varying currents.

• Streamers
• Leeches
• Longer-shanked nymphs
• Large dry flies

Why Choose Umpqua TMC 708

These hooks blend practical geometry with durable construction to offer a reliable tool for tying and fishing bigger, more intricate patterns. The keeled orientation, generous gape, and robust wire work together to support a wide range of patterns while maintaining a respectful profile in the drift. Use them as part of a broader tying kit to experiment with different bodies, heads, and shank lengths, and observe how the design influences turnover, hold, and strike performance.