One of the first concepts you need to understand as you are learning how to golf or rebuilding your golf swing is neuromuscular reeducation.
Your brain, or more precisely your nervous system, develops neural pathways over time as you learn and repeat specific movement patterns. These pathways allow you to perform frequently practiced patterns with greater efficiency and less conscious effort.
As far as your brain is concerned, these pathways are neither right nor wrong — they are simply movement patterns you have repeated so frequently that your brain has learned and reinforced them.
Your golf swing may be fundamentally flawed. You may look, as David Feherty once quipped, "like an octopus falling out of a tree," but the neural pathway defining that golf swing is all your brain knows. Your nervous system constructed that pathway because you trained it to execute those specific movements through repetition.
Repetition is the Key
Whether you intended to or not, each time you repeated that faulty movement — that inefficient golf swing — your brain reinforced that pathway to make it more efficient. This biological process is called myelination or myelinization.
Your neural pathways are composed of neurons. As you repeat a movement pattern over and over, the neurons develop progressively thicker layers of myelin, which functions like an insulator. The myelin sheath allows electrical signals to travel faster along that pathway, so the more you repeat any movement, the more efficient you become at performing it — regardless of whether it is correct or incorrect.
Your brain has no ability to distinguish whether a movement pattern is "good" or "bad." It simply learns the pattern through repetition. That is precisely why it is so challenging to learn new movements in the golf swing — you have repeated the faulty movements literally thousands upon thousands of times. Your brain has learned and reinforced every incorrect movement you have made in your golf swing with each repetition.
It is a complex biological process. Building these pathways takes time, but it happens every single time you swing a golf club.
Our mission, then, is to break down those faulty pathways and construct new ones that reinforce the correct movement patterns. This is what we mean by neuromuscular reeducation. We are providing your nervous system with new, anatomically correct information and teaching it to create new pathways so that over time the proper movements become just as automatic as the faulty ones are now.
Learn How to Learn
Building and reinforcing new neural pathways is a very specific process, and it is essential that you understand what is actually occurring and how it works. When learning how to golf, many golfers grow deeply frustrated that their swing is not improving, and that frustration is almost always because they are attempting to make changes in ways that do not allow the brain to complete its natural learning process.
In order to take full advantage of the brain's natural learning process, you need to have all the pieces of the puzzle in place.
There is one critically important element that a significant number of golf instructors miss entirely. Many of the better golf instructors know they need to tell you what to do. They understand exactly what they are asking you to accomplish, but the problem is they are unable to tell you how to do it.
For instance, a golf instructor might tell you, "I want you to turn your shoulders 90 degrees to the target at the top of your backswing."
That sounds straightforward enough, but how exactly do you want me to accomplish that? Should I push my lead shoulder under my chin? Should I pull my trail shoulder back? Should I engage my obliques? Should I use my arms and swing them around my body? How, specifically, should I initiate and execute that motion?
That is where the Rotary Swing is fundamentally different from conventional golf instruction. We get extremely specific, telling you precisely which muscles are designed to create the movements we ask you to perform.
"How" and "What"
You need to engage all of your senses when you are working to rebuild these neural pathways, and most importantly, you need to understand the how versus just the what.
The what is important, of course. It represents the intellectual understanding of what you are trying to achieve in the golf swing — the club needs to be in this position, your body needs to be aligned here, your joints need to maintain this orientation.
The critical difference is that you may fully understand what you are trying to do, but your brain needs to know exactly how to execute it. When you perform a movement incorrectly — perhaps you manage to get the club in the right position but your body is in a compromised position — we will have you keep repeating the correct movement pattern over and over until you learn how to move your body properly.
That is all we are doing. Everything in the golf swing comes down to how your muscles fire. That is the fundamental truth. The only way the golf club will ever move is through muscular contraction, so you need to learn how to contract those muscles, which muscles to contract, and precisely when to do it.
That is the purpose of the Rotary Swing — to give you a comprehensive platform for understanding how to move the golf club, not just what to do with it. For immediate, data-driven feedback on your own swing mechanics, try a free AI swing analysis.
Learning is a Biological Process
Once you understand both the what and the how, the next essential concept is that learning is a biological process.
The way the golf swing has been taught for the past 50-60 years has been largely ineffective. We can see the evidence clearly because average handicaps have remained virtually unchanged over that entire period.
When learning how to golf, the conventional approach of taking a golf lesson, receiving a couple of tips, then heading to the range to hit a bucket of balls at full speed in an attempt to groove that new pattern is demonstrably ineffective.
That is simply not how your brain learns. Your brain does not absorb new movement patterns at 100 miles an hour. It learns very, very slowly.
Imagine the first time you sat down at a piano, faced with all those keys, and someone teaches you to play a simple song. The first time you attempt to play it, you are going to hunt and peck your way through at an excruciatingly slow pace.
After sufficient practice, that neural pathway becomes reinforced enough that your brain can fire those electrical signals rapidly, communicating with the rest of your nervous system to coordinate the precise muscle contractions needed so the song emerges with the rhythm and tempo you intend.
Your brain learns the golf swing through exactly the same process. It does not learn at full speed while simultaneously trying to hit golf balls. You probably already sense this on some level, because you have not improved using that conventional method. Your brain masters new skills in small, incremental steps, one component at a time.
Being good at golf is not a genetic gift that some people are born with and others simply lack. Just because you are a struggling golfer right now does not mean you cannot become an excellent one. The key is time — time and focused repetition, with careful attention to ensure you are performing each repetition correctly. That is how you become a great golfer.
To learn more about this process, we highly recommend the book The Talent Code, by Daniel Coyle. It is one of the most important books on motor learning and performance ever written. Its principles are applicable to all learning, not just the golf swing, although it does include relevant golf examples.
The Talent Code is directly relevant to everything we have discussed here. It explains the myelinization process that occurs with repetition and deep-focused practice in remarkable detail.
This is exactly the approach you need to adopt when learning how to golf or making changes to your existing swing: step back from the ball, learn the component motions piece by piece, and repeat them over and over again to allow the myelinization process to occur, reinforcing the correct motions through proper, deliberate repetition.
The brain learns new movement patterns slowly, through repetition of small, focused tasks. Where have we seen this principle demonstrated before?
There is a perfect example in the classic movie The Karate Kid. Ralph Macchio's character, Daniel Larusso, is eager to learn karate but grows increasingly frustrated because Mr. Miyagi has him waxing cars, sanding the deck, painting the fence, and painting the house.
What Mr. Miyagi is actually doing, of course, is teaching Daniel very simple movement patterns, slowly, through purposeful repetition. Each time Daniel performed a motion incorrectly, Mr. Miyagi corrected him and had him execute it properly.
The Karate Kid Method Works
At the culmination of the training process, they have their pivotal confrontation. Daniel is angry that he has been performing household chores for Mr. Miyagi without learning any actual karate. They engage in a sparring match, and Daniel finally understands: "I really did learn something, and in the end there was no other way I could have learned it."
Daniel could never have learned to defend himself if Mr. Miyagi had simply started throwing punches and kicks, expecting Daniel to block them at full speed from the outset. He had to learn the correct movements gradually over time, because the myelinization process does not happen in a matter of minutes.
It takes anywhere from two days to as long as a couple of weeks for the biological process of myelin wrapping around the neuron to occur and begin making the new neural pathway more efficient.
When you go out and practice golf, suppose you spend an hour hitting balls. You are not technically learning in the neurological sense — you are not constructing a pathway that will be reinforced over a sustained period — within that single session. It requires repeated sessions spread over time, from a couple of days to several weeks, for that pathway to start becoming reinforced.
The exact timeline varies somewhat from person to person, but the fundamental reality is that it is a biological change occurring in your brain and nervous system, and you need consistent, high-quality repetitions to master new tasks.
Want to be a Great Golfer?
When you are learning how to golf, whether or not you become a great golfer depends on two essential factors:
- You must receive the correct information — you cannot improve if your instructor is providing you with faulty or incomplete information
- You must be willing to invest the necessary time and deliberate repetition
There is simply no shortcut. Whether or not you become a great golfer does not depend on some innate, God-given talent. It is simply a matter of whether or not you are willing to put in the disciplined time to build the proper neural pathways that learn and reinforce the correct movement patterns. To track your progress with objective data, try a free AI golf lesson that measures your form in real time.
Research has demonstrated that it takes approximately 3,000-5,000 repetitions to fully master a movement pattern. That does not mean you cannot perform the movement correctly after 50 repetitions, but it will not become automatic and completely grooved until you have completed 3,000-5,000 quality reps. There is simply no way to circumvent this biological requirement.
If you want to master the takeaway in golf, for example, you need to have the correct information so you know exactly how to perform it properly, and then you need to put in 3,000-5,000 quality repetitions of that movement before it will ever be truly grooved.
Again, that 3,000-5,000 rep figure represents full mastery. The number you should take away from this article right now is that it takes 100 reps for a neural pathway to even be created.
Think about the implications of that. If you are out hitting balls — say you hit 100 balls at full speed — and you are trying to learn a new movement, perhaps you are working on the takeaway and trying to learn the shoulder blade glide we teach on the website.
Do you honestly think you are going to execute that movement perfectly 100 times in a row when you are simultaneously trying to focus on making solid contact, hitting the ball at the target, and managing all the other variables? Of course not.
Don't Waste Your Time
More importantly, it is going to take significantly more time to hit those 100 balls than it would to simply step away for 5 or 15 minutes and perform 100 isolated repetitions of the shoulder blade glide before you ever pick up a golf ball.
In every Rotary Swing lesson, we ensure at least 100 reps of the new movement pattern are completed right there in that first session. We do not want you to leave and return the next day without having established that new neural pathway. If you skip that step, you will find yourself right back at square one.
You may remember exactly what the lesson taught you intellectually, but your body — your nervous system — has not yet built the pathway that will allow your muscles to repeat that sequence correctly. And that is the critical difference.
You need at least 100 reps in that initial session for the neural pathway to be established. If we accomplish that goal of 100 perfect reps in the first session, then the brain at least has a foundation to continue building upon the following day.
Those 100 perfect reps help ensure that your brain is learning the correct information. Remember, your brain is not going to evaluate or interpret the movements. It is not going to declare, "I refuse to learn this, but I will learn that." Your brain does not distinguish between right and wrong movement patterns — it simply learns whatever patterns you repeat and builds pathways accordingly.
Learning is a Biological Process
Whether you are learning how to golf for the first time or modifying an existing swing, you are reeducating your nervous system. This is a process that requires time, regardless of who you are. Tiger Woods must go through the exact same process of building new neural pathways that you do.
Watch The Karate Kid again with fresh eyes. Observe how Mr. Miyagi has Daniel begin with very simple, isolated movements. He must start by mastering the most fundamental motions and build up from there. The same principle applies directly to the golf swing, beginning with the setup, the grip, the takeaway, and progressing through each component.
You need to learn all these foundational movements before you can combine them into a full-speed golf swing and execute them correctly in more complex, distracting environments like the golf course.
The reason you have not gotten better at golf is not that you lack talent or that you are somehow destined to be a poor golfer.
The reason you have not improved is most likely that:
- You did not receive the correct information
- The information you did receive was not communicated in the correct way — you were told what to do, but not how to do it
- You attempted to learn new skills in ways that did not reflect how your brain actually learns
Did your instructor ensure you completed 100 reps of one specific movement pattern when that pattern was first introduced? Did you have structured exercises to accumulate 3,000 reps over the course of a month before progressing to the next set of movements?
The truth is, you cannot bypass that process. That is how your brain learns. That is how every human brain learns, and that is the most important principle you should take away from this article.
Watch part 2 now to see how you're moving your body in the opposite direction of the pros!
Learning is a biological function
Learning how to golf or making a swing change requires you to build new neural pathways
Golf instruction has been mostly ineffective at helping amateur golfers
This book will help you understand why you haven't improved at golf
"The Karate Kid" showed the process of learning through repetition of simple tasks. This is the same process we should use when learning how to golf.
Learning how to golf requires you to know where to move from, and repeat over and over to learn it
As you're learning how to golf, correction and feedback are important
