Have you ever had your golf swing suddenly fall apart?
You were hitting the ball well. Your rhythm felt good. You weren’t fighting your swing. Then something changed.
Golfers usually start looking for a mechanical explanation. Maybe your transition got too quick. Your arms got out of position. Your tempo changed. Maybe something you had been compensating for finally caught up with you.
And sometimes that is exactly what happened.
But it ain’t always the mechanics.
Something can change mentally, too.
Most golfers know what it’s like to have a thought interfere with a golf swing. Sometimes the thought is obvious. You get to the top of the backswing and decide to hit the ball harder. You become aware of the water you’ve been trying not to think about. Something doesn’t feel right and you try to fix it before impact.
It’s almost like changing your mind at the last moment—only much faster.
Sometimes your body hasn’t finished the backswing, but your mind has already moved ahead to what comes next.
You rush the transition. Your rhythm changes. Your arms take over. Whatever happens mechanically, the swing you started isn’t quite the swing you finish.
But not every mental interruption is that easy to recognize.
I’ve had swings where I noticed a thought and could feel the effect it had on my swing. I’ve also had swings where I couldn’t tell you what I thought. I was simply aware that something happened mentally, and the swing changed with it.
That raises an interesting question:
How much of what happens in our minds are we actually aware of?
Your Conscious Mind Isn’t Running the Whole Show
It is easy to think of a thought as the voice inside your head.
Slow down. Keep your head down. Don’t hit it right. I’m going to kill this drive.
Those are easy to recognize because they reach conscious awareness. But your brain is doing far more than producing the thoughts you can hear and identify.
Research into processing without awareness shows that the brain can process some information even when that information never reaches conscious awareness. The limits of this processing are still being studied, and the science does not support the idea that some hidden subconscious mind understands everything happening around us. But it does tell us something important: conscious awareness is not required for everything the brain does.
Movement works much the same way.
When you make a golf swing, your conscious mind isn’t individually commanding every muscle, joint, position, and correction required to move the club.
It couldn’t.
A learned movement relies heavily on processes that operate automatically. Research into skilled movement has shown that preparation, prediction, sensory feedback, and even some corrections can occur without the performer becoming consciously aware of every part of the process.
That’s part of what makes a learned skill a skill.
You don’t have to consciously reconstruct it every time.
When Thinking Gets in the Way
Research on skilled performance under pressure offers two explanations for why performance can suddenly deteriorate.
One is distraction. Attention gets pulled toward something that isn’t helping perform the task.
The other is excessive monitoring. Instead of allowing a well-learned movement to operate more automatically, the performer begins consciously controlling pieces of the movement that used to run on their own. Research on performers under pressure suggests this kind of excessive conscious control can interfere with skilled motor performance. That’s the same overthinking most golfers already know from experience.
Golfers know both experiences.
Standing over a shot with water down the right side, your attention may move from the shot you intend to hit to the place you absolutely don’t want the ball to go. But interference doesn’t require fear. You can be playing great golf and think: I’m going to really get this one. Nothing negative about that thought. But what did it just change?
Your intention may have shifted from making the swing you’ve been making all day to hitting this one harder. Your attention may have moved from completing the backswing to getting the club back to the ball. Your body hasn’t finished the backswing, but mentally you’re already at impact.
Then you get quick.
Golf instruction can tell you that you rushed your transition. Video can show exactly what your arms, hips, and club did. But that only tells you what changed mechanically.
Sometimes it is worth asking another question: what changed mentally?
Thoughts Don’t Always Start the Problem
But there’s another side to this. It’s tempting to assume every bad swing started with a bad thought—but that gets the order backwards more often than golfers realize. Sometimes the movement comes first, and the thought follows it.
Your body is constantly providing the brain with information about position, movement, tension, and internal physical state. Research into interoception—the sense of the body’s own internal condition—shows that this bodily information participates in attention, emotion, cognition, and behavior. The relationship runs in both directions: the brain shapes how the body responds, and the body’s signals shape what the brain notices and how it reacts.
In other words, communication isn’t traveling in only one direction. It isn’t simply brain tells body what to do—the body is continuously giving information back, whether the golfer notices it or not.
That means a golfer could begin a movement, sense that something isn’t quite right, and react to it. Maybe the backswing gets slightly out of position, tension creeps in unexpectedly, or balance feels different. Something doesn’t match what the brain expected. Then comes the thought: That doesn’t feel right. And now the golfer tries to fix a movement while still making it.
Other times there may never be a clear sentence you can identify. You may simply experience the sense that something changed—without ever being able to say what.
This is one of those areas where visual biofeedback can help. A golfer doesn’t have to already sense the posture or balance shift, put it into words, and decide to react. ParFection shows it—the moment it happens, in the swing itself—so the awareness doesn’t depend on catching a feeling you may never consciously register in the first place.
That’s why I don’t think the answer is as simple as eliminating “bad thoughts.”
The relationship between thought, attention, feeling, and movement is more complicated than that.
The Thought–Body Loop
This also helps explain why thoughts about ourselves can become so powerful. Consider the golfer who regularly thinks: I’m not very good at this. That thought doesn’t physically move the golf club—thinking you’re a bad golfer doesn’t magically cause a slice. But it can carry an expectation, and expectations shape how a golfer approaches a task. Thoughts influence emotional and physiological states, and those states send signals back to the brain that can shape what happens next.
Then the golfer hits a poor shot, and the mind is ready with an answer.
See? I knew it.
The experience becomes evidence for the original belief!
This is where the mind-body relationship can become a loop rather than a straight line: what you think can influence how you feel. How you feel can influence what you notice and think. What happens next can reinforce what you believed in the first place.
We don’t need to believe that thoughts magically create reality to recognize that this relationship matters.
Research on motor learning has even found that expectations about performance can influence learning and performance itself. One well-known theory of motor learning identifies enhanced expectations—along with a golfer’s sense of ownership over their own practice and the focus of their attention—as meaningful influences on how well a movement is learned and performed. We’ll get into that focus of attention piece in more depth in another article, but the expectation part is worth sitting with on its own.
Your expectations can’t swing the club, but they can certainly affect it.
What About the Thoughts You Don’t Notice?
This may be the most interesting part. Most golfers know when they’re thinking too much—but what thoughts are slipping through unnoticed?
Maybe it’s an expectation you’ve carried onto the course. I never play this hole well.
Maybe it’s a reaction to the last shot. Don’t do that again.
Maybe it’s the score. If I par the last three…
Maybe it’s a sensation that something in the swing isn’t right.
Or maybe you can’t identify anything at all.
Research tells us that some information can influence processing and attention without entering conscious awareness, and that learned movement contains processes and corrections we don’t consciously experience. That doesn’t mean every bad shot was secretly caused by an unconscious thought—it means there is more happening than what appears in the little conversation inside your head.
And that changes the question.
Instead of asking: How do I stop thinking?
Maybe start asking: What am I noticing?
Awareness Before Control
The answer isn’t to play golf with an empty mind.
Good luck with that.
And it isn’t to police every thought and immediately replace anything negative with something positive. That can become another form of thinking about thinking.
The better starting point is awareness.
Notice when your attention moves to the water.
Notice when a smooth swing suddenly becomes hit it hard.
Notice when you begin evaluating the movement while you’re still performing it.
Notice when you’re standing over the ball but mentally you’re already at impact.
And sometimes, simply notice: Something changed.
You don’t necessarily have to know exactly what happened yet.
Becoming aware of something you weren’t aware of before is progress. I’ve experienced that firsthand while working through this series—I’ve started noticing thoughts during my own swing that I didn’t recognize before. I don’t think that means I’m suddenly having more thoughts. I’m probably just getting better at noticing them.
And once you notice something, you have a choice you didn’t have when it was operating unnoticed.
You don’t have to chase the thought.
You don’t have to fight it.
You don’t necessarily have to obey it.
A thought is not an instruction—you can recognize it and return your attention to what you intended to do.
A Better Way to Play
Golf will always have mechanics.
If your grip is wrong, your grip is wrong. If your swing path needs work, thinking differently won’t magically fix it. If you’re tired after sixteen holes, neuroscience isn’t going to make your legs fresh again.
But when a swing that was working suddenly seems to fall apart, don’t automatically assume you’ve forgotten how to swing a golf club.
Ask what else changed.
Where did your attention go?
Did your intention change?
Did you start trying harder?
Did you begin consciously controlling something that had been happening automatically?
Did fear enter the picture?
Did your mind get ahead of your body?
Or did something simply feel different?
You may not always know the answer.
But noticing the question is a start.
The mental side of golf isn’t separate from the physical side. The brain and body are working together throughout the shot, exchanging information, predicting, responding, and adjusting.
Some of it you experience consciously.
Much of it you don’t.
The goal isn’t to become conscious of every piece of it.
The goal is to become aware enough to recognize when you’re getting in your own way.
Because sometimes your golf swing hasn’t fallen apart.
Sometimes you’ve just stopped letting it happen.
This article is part of a series focused on how the body learns and performs. Each piece explores awareness, focus, and the role of feel in building more consistent movement.
Continue with Golfing Mindset Tools
Feel Your Way To A Better Golf Swing
Sources
Mudrik, L., & Deouell, L.Y. (2022). Neuroscientific Evidence for Processing Without Awareness. Annual Review of Neuroscience, 45, 403–423.
Furuya, S., Ishimaru, R., & Nagata, N. (2021). Factors of choking under pressure in musicians. PLOS ONE, 16(1).
Critchley, H.D., Eccles, J., & Garfinkel, S.N. (2013). Interaction between cognition, emotion, and the autonomic nervous system. Handbook of Clinical Neurology, 117.
Wulf, G., & Lewthwaite, R. (2016). Optimizing performance through intrinsic motivation and attention for learning: The OPTIMAL theory of motor learning. Psychonomic Bulletin & Review, 23, 1382–1414.