You were up. You were playing well. Then one missed shot opened a door you couldn't close. Here's what's actually happening in your brain when that happens — and what you can actually do about it in real time.
You know exactly what this feels like. You're up a set and a break. You've been moving well, hitting your spots, feeling it. Then you miss one forehand into the net — and something shifts. Not in your strokes. In your head. Suddenly you're thinking about your feet. You're watching the score. And within ten minutes, a match that was yours is gone.
Nobody did this to you. What happened is something far more specific — and far more understandable — than "falling apart." And understanding it is the first step to doing something about it.
When you learned to play tennis, your brain spent thousands of hours building proceduralized movement — the automated programs that let you hit a topspin backhand without consciously thinking about the grip, swing path, or follow-through. That's why great tennis feels almost effortless. But pressure breaks that automation.
Sport neuroscience research shows that when pressure is added, increased self-monitoring and worry alter optimized neural systems — visible as increased frontal brain activation. Your brain, perceiving threat, tries to manually supervise movements it used to handle automatically.
"Counterintuitively, one of the reasons people flub under pressure, especially in athletics, is they start paying too much attention to their performance — things that should just run on autopilot." — Sian Beilock, NPR, July 2024
The dark hole doesn't open when you're losing. It opens when you're ahead and suddenly aware of what you have to lose. When you're down, your brain is in problem-solving mode. When you're up — especially close to winning — a different signal fires. The closer you get to winning, the more your brain perceives the threat of losing it. This is exactly what happened to Sabalenka at 6-3, 4-1, 30-0.
Score is a summary of what's already happened. The only thing that changes it is the next point — which requires your full attention on the ball and the shot.
Your brain reads your body. When your shoulders drop and your head goes down, your nervous system interprets those signals as confirmation that something is wrong. Physical posture resets — a deep breath, a changed walk — signal to the brain it's time to refocus.
Mid-match is the wrong time for technical fixes. A 2025 study in Frontiers in Psychology found that athletes who had experienced choking were helped most not by technical corrections but by attribution retraining — learning to interpret pressure moments differently.
You have twenty seconds between points. Take one slow breath out, pick a specific visual focus, say one word to yourself — "next," "here," "mine" — and walk to your position with your shoulders back.
A slow, deliberate exhale before the next point is available to you right now, on any court, at any score. Research on pre-serve routines found that breathing combined with imagery produced significantly better performance outcomes under pressure.
When your brain is occupied with something specific and executable — where you're serving, what pattern you're playing — it has less bandwidth for the spiral.
The players who recover best from pressure moments aren't the ones who don't feel the pressure. They're the ones who recognize the feeling faster and have a practiced response ready. The reset, the breath, the single-point focus — these are as trainable as your backhand. They just require the same deliberate practice.
Competitive anxiety that extends beyond matches deserves attention from a professional. If you're in crisis or need immediate support, text HOME to 741741 to reach the Crisis Text Line, available 24/7.
Sources: Sian Beilock, NPR ("Why We Choke Under Pressure," July 2024); "Enhancing Athlete Performance Under Pressure: The Role of Attribution Training," Frontiers in Psychology (Feb. 2025); "Choking Under Pressure: Theoretical Models and Interventions," Asian Journal of Sport and Exercise Psychology (2025).