To Be A Dragonfly

What a 300-million-year-old hunter can teach us about the perfect shot

By Keith Coyle  |  Ahead of the Game Shooting School

I have been saying it to students for thirty-five years. The shot goes perfectly, the clay disappears, and the shooter turns with that particular expression — part satisfaction, part genuine bewilderment — and I say: “See what happened when you didn’t think.”

Every experienced shooter knows that shot. It arrives without warning, usually on a target that appeared from an unexpected angle with no time for calculation. The gun moves before the conscious mind has finished forming an opinion, and the clay simply ceases to exist. It feels effortless. It feels inevitable. It feels nothing like the shots you were working so hard to manufacture a moment before.

For most of my career I have explained this in terms of instinct, of trusting the subconscious, of getting conscious thought out of the way. All of that is true. But recently I found the most unexpected confirmation of everything I have been teaching — not in a coaching manual, not from another instructor, but from the natural world. Specifically, from an insect that has been solving exactly this problem, with extraordinary consistency, for 300 million years.

I want to tell you about the dragonfly.

The Most Lethal Aerial Hunter on Earth

The dragonfly is not an obvious place to look for shooting instruction. And yet consider this single number: 95%.

That is the dragonfly’s hunting success rate — the proportion of targets it commits to that it actually catches. Lions, widely regarded as formidable predators, manage around 25%. Great white sharks achieve perhaps 50% in favourable conditions. The dragonfly, a creature you could hold in your palm, hunts at 95%. By any scientific measure it is the most consistently successful aerial hunter the natural world has ever produced.

It has been this good for 300 million years. It was hunting before the dinosaurs existed, and it is still hunting now, essentially unchanged. Nature, which is ruthlessly efficient about these things, has had no reason to improve upon it.

The question that matters to us is not what the dragonfly catches. It is how.

Participate — Don’t Spectate

Here is the critical distinction that the science reveals — and it will be immediately familiar to anyone who has stood on a shooting ground and watched a student struggle.

There are two fundamentally different ways to pursue a moving target. The first is reactive pursuit: you watch where the target is, move toward it, adjust continuously as it moves, and attempt to arrive at the same point at the same time by constant correction. This is what most people do instinctively when they first pick up a shotgun. They watch the clay. They track it. They spectate — and then attempt to catch up.

The dragonfly does not do this. Research published in the Proceedings of the National Academy of Sciences confirmed what scientists had long suspected: the dragonfly intercepts its prey. It reads the target’s speed and trajectory, calculates where that target is going to be, commits to that point in space, and flies directly to it. It does not chase. It converges.

Participate — Don’t Spectate. You are not watching the clay travel. You are already moving to meet it.

This is the principle I have been teaching as the Convergence Method for thirty-five years. Not the language of the laboratory, but the same fundamental truth: you do not follow the target, you intercept it. You read the line, you project the point of connection, and you commit to it. The shooter who is still watching the clay when they pull the trigger is always, at some level, behind it. The shooter who has already moved to meet it — who has participated rather than spectated — is operating as nature intended.

An Extension of a Pointed Finger

Before we go further into the science, I want to address something that sits at the heart of all my instruction, because it connects directly to what the dragonfly teaches us.

A shotgun is no more than an extension of a pointed finger.

When you point at something — truly point, naturally, without thinking about the angle of your arm or the position of your hand — you are accurate. You do not calculate. You do not consciously adjust. You point, and you are right. This ability is hardwired into the human nervous system at a level far below conscious thought. Babies point accurately before they can speak. You have been doing it your entire life without ever having to learn it.

The moment a shooter understands that the gun is simply a longer finger — that the entire mechanical complexity of the weapon is irrelevant if the underlying pointing system is trusted — something changes. The gun stops being a thing you operate and becomes a thing you direct. The target stops being something you calculate and becomes something you point at.

The dragonfly has no gun. But it has the same pointing system, and the science that describes it tells us something profound about how accurate interception actually works in a living nervous system.

Sixteen Neurons and No Conscious Thought

Scientists studying the dragonfly’s hunting system have identified the specific neural mechanism responsible for its remarkable accuracy. Published research in the Proceedings of the National Academy of Sciences describes a group of just sixteen neurons — called Target-Selective Descending Neurons, or TSDNs — that form a dedicated targeting circuit.

These sixteen cells encode the direction and movement of a target with extraordinary precision across a full 360 degrees, relaying the information directly from the brain to the wing motor centres. The entire sequence — detect the target, project its trajectory, commit to the interception point, execute the approach — happens in milliseconds. Faster, by orders of magnitude, than any conscious deliberation could achieve.

This is the part that should resonate with every shooter reading this. The dragonfly’s targeting system does not involve conscious thought. It cannot. The research is explicit on this point: the system works precisely because it bypasses slow conscious processing entirely. A dedicated circuit, operating below the threshold of awareness, handles the geometry of interception from start to finish.

The dragonfly does not think about the shot. It cannot. And that is exactly why it succeeds ninety-five times out of a hundred.

This same principle — that accurate interception of a moving object requires the subconscious system to operate without interference from conscious thought — has been observed across species. Researchers note that humans catching cricket balls and baseball outfielders tracking fly balls use the same constant bearing strategy. It appears to be a fundamental principle of accurate interception, written into nervous systems across the animal kingdom.

Including ours.

See What Happened When You Didn’t Think

Every instructor has watched a student destroy a sequence of good shooting by starting to think. It is one of the most consistent and frustrating patterns in the sport. The targets are reading clearly, the gun is moving well, the clay is breaking — and then something triggers conscious analysis. Perhaps a more difficult presentation appears, or someone offers a comment, or the shooter simply becomes aware that they are shooting well and starts trying to understand how.

The moment conscious thought reasserts itself and attempts to take control, the quality collapses. Not because the shooter has become less capable, but because the system that was working — the fast, accurate, subconscious targeting circuit — has been overridden by a system that is too slow and too noisy to do the job.

When I say to a student “See what happened when you didn’t think,” I am pointing at something real and specific. I am not offering reassurance or a motivational phrase. I am describing a neurological fact: the shot worked because the right system was in charge. The challenge is not to shoot that well once. The challenge is to create the conditions where that system can operate consistently, shot after shot, without the conscious mind deciding it needs to intervene.

That is what thirty-five years of developing the Convergence Method has been about. Not teaching people a new mechanical process, but helping them access and trust a targeting capability they already possess — one that, as the dragonfly demonstrates, is among the most sophisticated and reliable systems in the natural world.

The Perfect Shot, Every Time

The dragonfly does not have a good day and a bad day at the hunting ground. It does not lose form, struggle with a particular presentation, or talk itself out of a shot. It reads the line, commits to the point, and converges. Ninety-five times out of a hundred, the prey is gone.

It achieves this not because it is superhuman, but because it has no choice. The circuit runs. The conscious interference that costs human shooters so many birds and clays simply does not exist for the dragonfly. It participates, entirely and without reservation, every single time.

That freedom — to commit fully, to trust the system, to point the gun as you would point a finger and let the targeting circuit do what it was built to do — is available to every shooter. It does not require exceptional talent. It requires the right understanding and the willingness to get out of your own way.

Nature arrived at this solution 300 million years ago. I have spent thirty-five years helping shooters find their way to the same place.

See what happened when you didn’t think.

Now imagine doing that every time.

Only Perfect Practice Makes Perfect

The principles described in this article — the Convergence Method, instinctive interception, and the foundations of consistent, confident shooting — are the basis of my ‘Only Perfect Practice’ video course series. Whether you are picking up a shotgun for the first time or working through a performance plateau, the courses are designed to give you direct access to the method: Foundation, Sporting Clays, and Driven Game, each built around the same core truth that the dragonfly has been demonstrating for 300 million years.

Available now at keithcoyle.com