Our editorial team reviews specifications, product data, and field-use information to keep pages accurate.
You'll be taken to Fin Feather Fur Outfitters to complete your purchase.
Hunter's Outpost earns a commission from affiliate links at no extra cost to you.
SKU: TK110-EAGLE CLAW
Built for rigging worms and soft plastics, these EWG hooks suit anglers who want a purpose-driven option for bass and other finesse or power presentations. The offset shank and extra wide gap provide a versatile profile for a range of soft bait setups, while the surgically sharpened three-sided point is intended to make penetration easier. Ultra-high carbon steel Q741 wire and the tempering process are listed as part of the design, but the product details do not go further on how that translates in specific fishing conditions. For hunters and anglers who value a straightforward hook choice for soft-plastic presentations, this is a focused, no-frills option.
Surgically Sharpened
Three-sided hook points for easier
Offset Shank
Extra wide gap suit worms
Ultra-high Carbon
Steel Q741 wire supports maximum
Precisely Calculated
Barb angle is designed for
Anglers Seeking
Specialized EWG worm hook design
| Barb Angle | Precisely calculated for easier penetration |
|---|---|
| Gap Width | Extra wide |
| Hook Points | Surgically sharpened three-sided |
| Shank Type | Offset |
| Tempering Process | Unique process for maximum strength |
| Wire Diameter | Ultra-high carbon steel Q741 |
The product data says they use surgically sharpened three-sided hook points, along with an offset shank and extra wide gap. They are described as being designed for rigging worms and soft plastics.
According to the description, they are intended for rigging a variety of worms and soft plastics.
The long description states that the hooks use ultra-high carbon steel Q741 wire.
No. The provided data does not include hook sizes or the number of hooks in the package.
Yes. The description says the hook points are surgically sharpened and that a unique tempering process is used to bring out the wire's full strength potential.