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It is with great enthusiasm that I re-introduce the most misunderstood feather in all of fly tying. Emu is the first new hackle in over a century. Emu flies are at the cutting edge of modern fly fishing.


Our ideas of what a dry fly looks like, and how it should be constructed, are wholly reliant upon available materials. A new hackle, with new physical properties, provides altogether new possibilities.

Taking together the starred flair, flotation of the barbules, and the organized light-pattern they create, emu hackles form the beginning of a new dry fly paradigm.

As Vincent Marinaro wrote: “When more is added to the store of knowledge, the perceptions must be altered to conform accordingly.” (Marinaro 1950).



emu dry



Emu hackle is the most meaningful addition to the tyer’s chest of materials in a generation. Not since the stiff hackles of chalk stream nobility traveled to the New World, has the tyer had a new option of hackle.

Emu is a disguised hackle no longer. It is a Goldilocks in the pantheon of our tying hackles. The stripped feather is like a new instrument in the hands of an old musician. With it, the tyer may compose new melodies with which to charm his cherished trout.



Since 2012 I have been developing the transformative techniques that turn this curious feather into a masterful hackle.


Thanks to tremendous reader interest and inquiries, the book is finally coming. Photography for the book will be completely new. I will be completing the photography for Epoch of Emu this year.

If you would like to be notified of the book launch, please send me an email with the subject line "emu book waitlist" and place only your email address into the body of the text.


  working book cover
  table of contents

Sample Chapter:

The Tyranny of Rooster
The precise origins of the dry fly are unclear. It is accepted that around the 1850s the concept was under active development. What is clear, however, is that the distinctly different physical properties of rooster hackle, compared to the moorland game-birds of the day, altered the architecture of the imitation. In so doing, the dry fly indelibly bifurcated the history of fly fishing.

The traditional dry fly has been a sartorial application of rooster. The necessary addition of the tail proves it. Prior to rooster, most North Country spiders did not have tails. Tails on wet flies were, and still are, optional aesthetic appendages; they did not serve any structural function until the advent of rooster hackle.

Hackled rooster, unlike its soft predecessors, required a tripod geometry to float correctly. The addition of long stiff tails became a functional necessity for the new dry fly. This is a perfect example of how fly design required adaptation to accommodate the new physical properties of a stiff hackle. I posit that a structurally required architectural change denotes a new style, whereas aesthetic alteration suggests only a variation.

Just as rooster required the tripod geometry of a stiff tail, emu requires the bilateral keel and self-righting ballast of symmetry. Rooster gave birth to the dry fly. Yet its utility was exhausted by the end of the 19th century.

The tyranny is over. Emu Symmetricals give birth to a new hackle renaissance, disrupting the now-tired and comparatively linear hackles of old. This revival in hackling together with the improved footprint of the symmetricals will challenge modern patterns on selective trout, and trouters.

The Sakter & Catskill Style

Coming soon

Historically

Building on Ogden and Ronalds, Halford's meticulous study codified rooster as a dry fly hackle in 1886, though this radical idea did not catch on right away. It took anglers another 20 to 30 years to warm up to the idea of a floating fly. Not everyone did. But once the early converts came around, they would zealously declared the sunken fly is undignified for a civilized gentleman. By the 1920s, evidence of early versions of parachuted hackle were undergoing parallel development.

Vincent Marinaro, in his 1950 seminal work, A Modern Dry Fly Code, improved the dry fly with his Thorax style. This was the logical evolution of the traditionally hackled dry fly. Pushing the hackle further back on the shank ironically paved the way—and granted creative license—for the next generation of hackle-less flies.

The reign of the hackled dry fly peaked in the late 1950s. Since then, there has been a subtle and steady erosion in the popularity of traditionally hackled dries. By the early 1960s, innovative tyers were doing away with hackles altogether.

Fran Betters' 'Usual' replaced rooster with snowshoe. In the early 1970s, Swisher & Richards replaced the rooster with nothing at all, leaving only a reclined quill wing. Their reductionist pattern was aptly named the 'No-Hackle.' That bold, apropos title captured the emerging zeitgeist around rooster.

Shortly thereafter, Caucci & Nastasi opted for coastal deer hair over rooster for their opus, Comparaduns. From an art history perspective, these major shifts in thinking and design solidified the unofficial, though palpable, 'anti-hackle' movement.

Since then, Cul de Canard, hairs, and poly-yarn have dominated the dry fly landscape. This may be a testament to the completeness of existing styles. Or, more likely, it reflects the absence of better options. The proliferation of alternatives to rooster strongly suggests that materials are more limiting than the tyer’s creativity in applying them.

Today

A review of literature reveals barely a mention of this dynamic feather. Emu plumage have been hiding in plain sight. They have been readily available to tyers, globally, since the Kennedy Administration.

The use of emu as a hackle was first brought into tying consciousness by Bob Quigley in a 2005 Fly Fisherman article. He used the emu feather for his namesake Quigley Cripple.

While he was definitely onto something, his selection of feather was too arbitrary, and the wrapping technique was still incomplete. As you will find, the result was functionally impaired. To be clear, Quigley is a creative pioneer upon whose shoulders we all stand.

Emu hackle, however, did not catch on. Despite the continued popularity of Quigley's Cripple, later iterations and references call for rooster. In the absence of proper wrapping techniques, emu has eluded trouters and authors alike.

Looking Ahead

The tyer needs to shelve his centuries-old muscle memory and resist imposing old methods onto his new hackle. When the tyer works with the feather in the way that the feather wants to be worked, he will soon master the new techniques of hackling with emu. Those tyers with plasticity at the vise will be handsomely rewarded.

Without caveat or qualification, emu is the most meaningful addition to the tyer’s chest of materials in centuries. Emu has done for spiders what W.C. Stewart and later standard-bearer Sylvester Nemes could not: dramatically improve upon the soft hackled fly in both form and function. This volume will prove that emu is the most dynamic and alive soft hackle, full stop. In a unifying and historically fitting way, the best soft hackle may turn out to be the best dry fly hackle as well.

So much of our tying and angling history revolves around the addition of a “new” stiff hackle. That mere addition created two divergent schools of thought that continue to inform our current practices and prejudices. As practitioners begin to reach for emu instead of entrenched hackles, the feather’s place and primacy will become self-evident.

Not since the stiff hackles of chalk stream nobility traveled to the New World in the letters to Gordon, has the tyer had a new option of soft or dry hackle. Emu is a disguised hackle no longer. It is a Goldilocks in the pantheon of our tying hackles. The stripped feather is like a new instrument in the hands of an old musician. With it, the tyer may compose new melodies with which to charm his cherished trout.


Introduction to Chapter 2

The Emu Emancipation
In the study of liberalism, historian Francis Fukuyama proposed a controversial thesis: "The End of History." That provocative argument set the world of political science abuzz. Later, Harvard historian Samuel Huntington responded with a retort cleverly titled "The Clash of Civilizations." In the thirty-plus years since Fukuyama's declaration, the rate of change has only accelerated. The static argument failed spectacularly.

Emu represents a similar "Clash of Hackles" in the eye of history, and in the minds of tyers. I submit that the material record of our art is incomplete. The story of fly tying is anything but over—it is alive, well, and continues to evolve. Emu, along with symmetry, represent liberating protagonists that will unsettle the calcified doctrine.

In the world of fly tying, distinct from angling, we sometimes encounter a mentality that aligns more closely with the "End of History" model. Some traditionalists and institutionalists have been lulled into that persuasion; a narrative holding that Gordon was not just the starting point of American fly tying, but also the terminus.

The distinction is an orthodoxy holding that successive efforts must be in the service of protecting that lineage, rather than building upon it. Like the trout succumbing to the symmetrical, some recalcitrants will fall prey to the metaphoric foreshortening of a biased perspective.

To be clear, this is not a history book. To the contrary, it is a treatise that heralds the next bifurcation of angling. To lay the foundation requires reanalysis of the historical perspective. The argument would not be successful if it did not also raise some eyebrows and ruffle some feathers.

The balance of this chapter will photographically compare emu hackle to rooster, hen, partridge, and even CDC. This comparative analysis will focus on the hackle behavior and appearance, above and below the surface. These images will illustrate the differences and the objective superiority of emu.

The entirety of this volume will exalt—in granular detail—the previously hidden virtues of emu hackle. As you will see, it will outperform its predecessors more frequently than Pareto would predict.

However, emu is not a panacea. It is therefore even more important to state clearly and early what the limitations are, and where emu fails compared to other material options.


The limitations of emu

Size & Small Flies
The first and most obvious limitation are small flies, anything below #16.The sweet spot for emu hackle is between #16 - #10. The problem is that small emu hackles have disproportionately rigid stems compared to larger feathers. Smaller emu barbs also have rounder tips and are too short to flex. As the feathers get smaller, the advantageous physical properties diminish. That is even when desirable fibers are identified, the width and thickness of the stem makes the necessary number of wraps unachievable in a small space. The amount of usable feathers for a #18 hook will be few. Therefore, acting as a hackle, emu is a poor choice for very small flies.

Consistency & "Box Appeal"
Have you noticed how even bad art looks better after it's been matted and framed? This phenomenon carries over to flies as well. Even an ugly fly as long as it is alongside six of its littermates, they start to look less bad. Unlike the chicken, emu leather is an exotic. For this reason, emu feathers are sold loose. A silver lining is that many of the feathers on the market were shed from happy, healthy birds that will continue to provide sustainable plumage for years to come. Because of this, the "box appeal" is much harder to achieve. Embrace the variation, it is an asset. Because of the way feathers are harvested and sold, no two Symmetricals will look exactly alike.

Cost & Selection
If you thought a Metz or Hoffman cape was expensive, think again. On a per feather basis, emu is substantially more expensive than the angling's most elite purple-blooded, crowned cock. Currently, this is less a function of supply and demand, rather it results from a lack of awareness. While prices fluctuate, consider that, currently, you may only get 10 usable feathers out of a bag containing 30. Those 10 good feathers might be perfect for size #12, but too big for the size #16 flies you wanted to tie. Anticipating this limitation means ordering 3 - 5 bags from 3 - 5 different retailers to achieve the greatest diversity in selection.

For this reason and when possible, I recommend serious tyers attempt to source feathers from local, friendly farmers, at least until material companies provide more usable feathers, and fewer throwaways. Understand that feather selection has everything to do with the final fly. If purchasing retail bags of emu, be prepared to pre-sort them and discard a substantial amount. One mitigating factor of this annoyance is that once you get the hang of tying with emu, you should be able to get 2 - 4 flies out of a single feather—as long as you are not tying them to pose nicely for their portrait.

The Bugger Trap
For reasons that will become painfully obvious, emu is a terrible choice for palmering or winging. Rooster, saddle, and schlappen remain far superior options in this domain.

Barbule Velcro
Those crass t-shirts that say: "doesn't play nice with others" can be applied to emu hackle, not to be confused with the birds themselves, which are actually quite well natured. The barbules that are responsible for so much of the magic will cling to materials, especially synthetics. The reader will notice that none of the presented soft hackles have wings, or other auxiliary materials. Not only does it not look good, both the wing and the hackle interfere with each other's desired effect. From my experience, emu hackle is a jealous diva, most effective when presented as the marquee feature.

Symmetrical Dry Fly Hook Selection
This is not a limitation of emu, but rather a limitation of optimally curved and balanced dry fly hooks. This will be easily ameliorated by hook manufacturer response to consumer demand. Most deeply curved hooks are heavy wire, aligning with optimal beadhead construction. Currently the best shaped hook for dry fly symmetricals is the Gamakatsu C15BV. The main drawback to this particular hook is the ultralight wire that may be too light for some larger trout waters.

The vertical eye of this hook has three advantages. It helps avoiding accidental barb-ensnarement while knotting-tippet mid-hatch, with your eyes on the water. I also think it provides better hook sets, and better technical drifts when paired with a loop knot. I will expand on hook considerations in the tying chapters. But for now I recommend the following hooks for symmetrical dry flies: Firehole 315, and Firehole 413.





emu feather macro
I will defer to our common fly tying lexicon when referring to parts of the feather. The vane or rachis we know as the stem. The barb or primary barb, I will refer to as the fiber. And the secondary barbs, I will call barbules.

Even though the feather is very long, it should be thought of, and treated as three smaller discrete feathers.

Palmering the feather does not work well for many reasons. Although emu can be tied thorax style, I do not recommend it. The fiber spacing will leave parts of the thorax empty, and unsightly.

emu thorax

To combat this, the method for collaring a thorax with emu (after careful sizeing, section selection, and stripping one side), is two - three touching wraps, advance, and repeat.

Thorax style is not the best use of emu hackle. I offer the thoraxing technique as an olive branch alternative to help tyers resist the reflexive impulse to palmer the feather.


emu symmetrical
Quick Primer on Tying with Emu Hackle:

The "Emu Epiphany" is that one side of the feather MUST be stripped!

It is not only the easiest part of tying with emu, it is the most important. The simple act of stripping away one side of the fibers, transforms a source of frustration into a tool of inspiration.

Unstripped emu followed by indiscriminate section selection are the principle reasons for its failure as a hackle.

Moreover, as with any other hackle, emu must be correctly sized for the hook. The tyer cannot expect emu fibers to move if they are too short, and if they are too short for the chosen hook. After proper sizing, motion requires the fiber's attachment to the stem to be unencumbered.

Emu requires more wraps than to what you are accustomed. 7 - 8 close touching wraps is a common number of terns when colaring with emu. Consider that there are about eight wraps in the sparce soft hackle illustrated in the banner image at the top of the page.

Be sure to lock-in the stem by wrapping in front of a closely-cut barb. This will prevent the stem from sliding.

Because of the way the barbs connect to the stem, cut stray or offending barbs. If you try to yank them free, they will not break off, instead they will peel neighboring barbs off the stem.




emu underwater movement
Here the fly is submerged and I am pulling it up. Emu provides the most lifelike action of any hackle.

The primary movement is a joint-like action. The fibers are tapered in both shape and rigidity. The proximal portion of the fibers are stiffer than rooster. The distal part of the fiber can be as soft as partridge, and is free to flail about when acted upon by a current.

In comparison, where partridge moves like stiff fingers flexing at the knuckle, emu fibers move like fingers flexing at the middle joint instead. Since the center of the flared silhouette will never collapse, the fly will always appear as a three-dimensional moving object to the trout..




emu underwater movement
The bead is used to simulate a current. Here the fly is dropping. This illustrates how the fibers bend in a joint-like manner. This flexing motion is more realistic than the uniform movements of other soft hackles.



emu micro bubbles
Most impressively, after being bobbed up and down repeatedly for several minutes, you can still see a few micro bubbles. It cannot be understated that when it comes to trapping air, emu is a game changer.



emu dry flyThe camera is pointing upward at approximately 45 degrees. This is the initial light-pattern after the fly lands. Correctly sized, soft fibers allow symmetricals to fall delicately to the surface. Amazing light-patterns like this are why symmetricals entice strikes shortly after landing.

A dun does not sit on the water’s surface, he stands on it. The trout does not see the insect’s body at the edge of the window. He sees a light-pattern, and is triggered to rise by “feet in the film.”



emu dry“Extraordinary claims require extraordinary evidence.” You can see that the fibers, not the foam is floating the fly. They are not just floating it, they are pulling half of the hook completely out of the water. With a medium-to-heavy wrapping of medium-to-soft fibers, emu barbules work wonders at the surface.



emu emerger
This will be the initial appearance of a symmetrical tied with the transitional fibers. It looks exactly like an emerger breaking through the surface. Although the fly is now flush in the film, there are still small pockets of air around the wing post., exactly like the real thing.

The insects we imitate have six legs. What is more important than the number of legs, is the spacing between them, and distance between the feet. The spacing between fibers of the star- shaped flare is remarkably similar to the spacing between the legs of most nymphs, duns, and adult caddis. I speculate that the spacing between emu fibers, once wrapped, conforms to the golden ratio, thereby broadcasting life to the trout.

(This hypothesis was confirmed through "back of the napkin calculations" performed by AI six years later.)

The majority of insects we try to match, especially when they’re engaged in activities of life, are more spherical and oblong than the linear imitations we too often create. The Griffith’s Gnat is a good example of a spherical/oblong pattern, that also happens to be symmetrical.

Upon the water, flies take the stance of a battle-ready Sumo. It is that wide, spherical posturing that tyers should be most interested in replicating.

Conventional heuristics dictate that we use the body-length of the insect as the basis for determining hook size. In the context of emu symmetricals, I propose that a better starting measurement would be the diameter of the insect's radial leg-span to determine hackle size. And the hackle size determines the hook size. Especially above the surface where the legs represent the trigger, it is more logical to size the fly based on the diameter of the leg span.



emu symmetrical
Wrapped emu hackle creates an asymmetric flare. Therefore, parachuted emu should be tied at the hook's center of gravity. Emu dries are called Symmetricals because the hackle needs the symmetry of the hook to float properly. Hooks with a dramatic bend will better balance the fly. The symmetry also better portrays the true body-to-leg proportionality of the natural.

Symmetricals are neither a new pattern nor a variation; they are a foundationally novel style of fly.

Symmetry was derived as a necessary design adaptation to the unique physical properties of emu hackle. For example, emu hackle tied in the Klinkhĺmer style will fail. The asymmetric flare requires the physics of symmetry and the even weight distribution of a deeply curved hook. Furthermore, the unruly stem necessitates an elastic wing post. By every objective measure, Symmetricals represent a completely new architecture.

Consider the mechanical demands:
-To make the feather usable at all requires stripping one side.
-To create the splay or star requires many close wraps.
-To take advantage of the buggy leg appearance requires detailed segment selection.
-To modulate the ride height of the dry also requires detailed segment selection.
-To take advantage of the bubbles requires only careful observation; the barbules do the rest.
-To harness flexing movement requires properly sized fibers relative to the hook size.
-To parachute the hackle requires an elastic wing post.
-To create a hydrophobic barbule matrix (a high floater), requires a wing post with vertical stretch.
-To elicit the hackle’s true prowess at the surface requires the modification of symmetry.
-To take advantage of optical foreshortening (the thorax illusion) requires symmetry and curvature.

These are the minimal adaptive techniques that emu, in its capacity as a hackle, requires of the tyer. While the solutions may seem obvious once revealed, they comprise a code that has remained uncracked until now.



emu symnetrical
The tyer views the fly from above and broadside and sees symmetry. The trout views the fly from underneath at an oblique angle and sees a thorax.

This is thanks to optical foreshortening—an illusion where the shape of an object appears differently based on the angle of perspective. From the trout's line of sight, the concave hook is compressed, creating the appearance of a distinct thorax silhouette. To see this for yourself, just look at a symmetrical from underneath.

Upstream or downstream the symmetrical is always facing the right direction. This illusion is a distinct benefit of symmetry and hook curvature that is independent of emu. From the trout's perspective, symmetricals look more like a thorax more often than a thorax does.

In fact, it can be calculated based on the geometry of Snell’s Window: a trout at three feet of depth, and a 45° vector of attack (typical for trout), for 95% of the visible drift, the symmetrical will be seen as a thorax. The last 5% occurs after commitment.

Independent of emu, the foreshortening effect that comes from symmetrical architecture, coupled with a curved hook, is a substantial and substantive improvement over the linear silhouette of standard dry flies, including thorax.




emu symnetrical
The Sunken Symmetrical: Instead of foam or dubbing wrapped in nylon, you can use a bead or split-shot, inverting the symmetrical into a weighted nymph.




emu symnetrical
Emu is sometimes mistakenly classified as a “Bugger hackle” or streamer feather. Emu does not excel at either of those tasks. These and other mischaracterizations usually result from the deceptive size of the feathers. This promotes the idea that emu is either too big for trout flies, or too big for small trout flies. Simple collared emu flies can be comfortably tied down to size 16 or even 18, depending on hook shape.



emu feathers packagingTo get started, you will need at least three bags and 15 minutes to sort them by size, and remove the unusable, sometimes ridiculous feathers. The notion of pulling three from a bag to find the right one is unrealistic. About a quarter of each bag will consist of desirably sized hackles. Expect to discard a third or more of each package.

This is because material companies don't really know what to do with these feathers, yet... Therefore they indiscriminately purchase the full array of feathers from the farm, rather than pre-selecting desirable feathers from the right part of the bird.



emu wing postIn the course of development, two types of wing posts have emerged as superior. The first type is closed cell foam, the second is the “button.” The button is constructed by placing foam or dubbing into a pouch of nylon stockings. This technique is used in midge buzzer wings. Goddard & Clarke also cite foam in a “nylon mesh” for their suspender nymph pattern.

Elasticity is the most important feature of a good wing post for parachuted emu. An elastic post prevents the stem from sliding up. It will also stay in contact with the stem, providing support like a shock absorber.

Using closed cell foam is the easiest method. Depending on how the foam is cut, it can be a discreet wing or the body of an ant. For the button, the stretchy stockings create the elasticity both horizontally and very beneficially vertically as well. Since emu requires more wraps, the vertical stretch of the nylons allows for more wraps than closed cell foam.

There is considerable variance among hosiery, so do not settle on any pair of leggings. Not only did I have to visit several lingerie departments to find the right ones, when the lady would look at me cross and ask if I knew what I was looking for, I would answer: not exactly, but I'm here to feel all the pantyhose.

Most of the older women were aghast with my forwardness, requiring the more wholesome arts-n-crafts explanation to avoid security involvement. Even then, not all were convinced. One well-humored sassy clerk asked if there was anything else I wanted to feel besides the hosiery?


No nonsense Ultra Sheer are the thinnest and strongest stockings that I have found. It turns out that the smaller (A/B) sized nylons have tighter and more consistent knitting than larger sizes. You're welcome, gentlemen, for having done this particular "legwork" for you..





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