FlyBox

Flybox Micro Squirmy Legs

Micro Squirmy Legs Color
Quantity
290 
Order by phone
Send Inquiry
Add to favorites
Flybox Micro Squirmy Legs

Flybox Micro Squirmy Legs

Flybox Micro Squirmy Legs is an ultra-soft, highly elastic silicone material designed for tying small Squirmy Worm patterns, flexible legs, feelers and other lifelike moving components on nymphs, streamers and attractor flies. Its fine diameter creates incredibly natural movement, even in the slightest current.


Technical Specifications

Material Soft elastic silicone material
Type Material for Squirmy bodies, legs and feelers
Properties Ultra-soft, highly elastic, lifelike movement, easy to tie
Applications Squirmy Worm patterns, nymphs, streamers, legs, feelers and attractor flies
Manufacturer Flybox

What is Flybox Micro Squirmy Legs?

Flybox Micro Squirmy Legs is an ultra-soft silicone fly-tying material developed to create highly mobile components on artificial flies. Even in very slow currents, it moves freely to imitate worms, larvae, legs or antennae, giving flies an exceptionally realistic appearance.

Its smaller diameter makes it an excellent choice for delicate fly patterns tied on small hooks, where thicker materials would create unnecessary bulk. It can be used to form complete worm bodies or as flexible appendages that dramatically increase the movement and attractiveness of a fly.


Key Features

  • Exceptionally lifelike movement in the water.
  • Ultra-soft and highly elastic silicone material.
  • Fine diameter for delicate fly patterns.
  • Ideal for bodies, legs and feelers.
  • Easy to tie and shape.
  • Adds outstanding movement even during slow retrieves.

Ideal For

  • Squirmy Worm patterns.
  • European nymphs.
  • Small streamers.
  • Nymph and streamer legs.
  • Feelers and antennae.
  • Attractor fly patterns.

FlyFishing.bg

FLYFISHING.BG RECOMMENDS


To preserve the outstanding movement of Flybox Micro Squirmy Legs, secure the material with only a few tight thread wraps and a small drop of UV resin or head cement. Avoid excessive compression, as it reduces the natural flexibility that makes this material so effective underwater.