The Mental Game: How Elite Athletes Build Confidence Under Pressure
Pressure doesn’t just reveal confidence—it reshapes attention, arousal, and execution. Here’s what the evidence says about choking, clutch, and trainable steadiness.
By TheMurrow Editorial
January 29, 2026
Key Points
- 1Distinguish choking from clutch: pressure can degrade skills via distraction or explicit monitoring, but elites sometimes improve when stakes rise.
- 2Train attention, not bravado: routines and cueing prevent worry and self-interference from hijacking well-learned automatic execution.
- 3Use evidence-based tools: regulate usable arousal and practice imagery ~10 minutes, 3× weekly for ~100 days, ideally with other skills.
A missed free throw can feel like a morality play. The crowd groans, commentators diagnose “mental weakness,” and the athlete’s face becomes a screen onto which everyone projects a story about confidence.
Sports psychology tells a messier—and more interesting—truth. Under pressure, some people choke. Others rise. And in at least one large real-world dataset, elite performers improved when the stakes climbed, contradicting the folk belief that pressure inevitably breaks even the best.
Confidence under pressure, then, isn’t a mysterious personality trait. It’s often a trained way of allocating attention, regulating arousal, and protecting well-learned skills from the two most common saboteurs: worry and self-interference.
Confidence under pressure isn’t bravado. It’s attention that stays where it’s useful.
— — TheMurrow Editorial
Confidence under pressure: what it is (and what it isn’t)
Pressure produces two distinct outcomes, and the difference matters because it changes what we should train.
Choking vs. clutch: opposite reactions to the same moment
Psychologist Roy Baumeister’s classic definition of choking under pressure is blunt: suboptimal performance in high-stakes situations despite strong motivation. The athlete cares deeply—and performs worse than their typical standard. That “despite” is the key. Choking isn’t laziness or indifference; it’s failure in the presence of maximum desire.
Then there’s the opposite phenomenon. Qualitative research interviewing athletes shortly after exceptional high-pressure performances describes a “clutch state” marked by deliberate concentration, heightened awareness, high effort, and a sense of control. Importantly, that clutch state is described as distinct from “flow.” Flow is often effortless; clutch sounds more like focused work.
Then there’s the opposite phenomenon. Qualitative research interviewing athletes shortly after exceptional high-pressure performances describes a “clutch state” marked by deliberate concentration, heightened awareness, high effort, and a sense of control. Importantly, that clutch state is described as distinct from “flow.” Flow is often effortless; clutch sounds more like focused work.
The surprising data point: pressure doesn’t always harm elites
A large observational analysis in professional darts examined roughly 23,000 throws across 83 players and found overall improved performance under pressure. The nuance matters—how researchers define “pressure” can vary, and different sports place different demands on attention and fine motor control. Still, the result is a needed corrective.
Pressure does not act like gravity, pulling everyone’s performance down. It acts more like weather: conditions change, and some people have built better systems for those conditions.
Pressure does not act like gravity, pulling everyone’s performance down. It acts more like weather: conditions change, and some people have built better systems for those conditions.
Pressure isn’t a universal toxin. For some experts, it’s a performance enhancer.
— — TheMurrow Editorial
~23,000
Professional darts throws analyzed across 83 players—an observational dataset where performance improved overall under pressure.
The two main ways pressure breaks performance
If confidence under pressure were simply “believing in yourself,” the fix would be a pep talk. The evidence points elsewhere.
A leading account in sport psychology argues for multiple routes to skill failure. Pressure can break performance through at least two main pathways, and different athletes are vulnerable to different routes depending on the task and the kind of pressure.
A leading account in sport psychology argues for multiple routes to skill failure. Pressure can break performance through at least two main pathways, and different athletes are vulnerable to different routes depending on the task and the kind of pressure.
Route 1: distraction—when worry steals working memory
Under pressure, athletes can shift into threat appraisal: What if I miss? What will they think? What happens to my contract? Those thoughts are not merely unpleasant; they consume attentional resources.
The distraction route predicts that performance declines because attention is pulled away from task demands. Skills that rely heavily on working memory and attentional control become especially vulnerable in that state.
Retrospective reports from 70 expert athletes align strongly with this view. Under high pressure, their attention was often on worries and hardly ever on movement execution—a pattern that fits distraction theories more than the idea that athletes fail because they suddenly start obsessing over the mechanics of their body.
The distraction route predicts that performance declines because attention is pulled away from task demands. Skills that rely heavily on working memory and attentional control become especially vulnerable in that state.
Retrospective reports from 70 expert athletes align strongly with this view. Under high pressure, their attention was often on worries and hardly ever on movement execution—a pattern that fits distraction theories more than the idea that athletes fail because they suddenly start obsessing over the mechanics of their body.
70
Expert athletes in retrospective reports: under pressure, attention was often on worries and hardly ever on movement execution.
Route 2: explicit monitoring—when you micromanage an automatic skill
The second pathway is the explicit monitoring (self-focus) route. Here, pressure causes athletes to turn inward and start consciously controlling movements that normally run on well-learned automatic patterns. The classic experience is a golfer who can’t stop “thinking about the swing,” or a basketball player who suddenly analyzes the release instead of letting it happen.
Both routes can occur. The point is diagnostic: the intervention should match the failure mode.
Both routes can occur. The point is diagnostic: the intervention should match the failure mode.
Match the intervention to the failure mode
- ✓If worry and future consequences dominate, train attention and threat reappraisal.
- ✓If mechanics obsession dominates, train simple cues and automaticity-protecting routines.
Arousal: why “calm down” can be bad coaching
“Relax” is the most common instruction in sports. It also might be the least precise.
The Yerkes–Dodson logic—useful, but often misapplied
The broad principle many coaches reference—sometimes without naming it—is the Yerkes–Dodson law: performance tends to improve as arousal rises, up to a point, then falls when arousal becomes excessive. Picture an inverted U. Too flat, you’re sluggish. Too keyed up, you’re jittery and impulsive.
The common misapplication is assuming the same “optimal calm” exists for everyone and every task. That turns arousal regulation into a one-note sermon: breathe, relax, lower the heart rate.
The common misapplication is assuming the same “optimal calm” exists for everyone and every task. That turns arousal regulation into a one-note sermon: breathe, relax, lower the heart rate.
Newer biology: the curve can shift
More recent neurobiological work suggests the arousal–performance relationship isn’t fixed. Research on catecholaminergic modulation (for example, work involving atomoxetine) indicates performance can depend on relative arousal within a person’s current state, not one universal ideal level.
The practical implication is subtle but crucial: elite performers often aim for usable arousal, not tranquility. A sprinter might need more activation than a precision shooter. Even within the same sport, different athletes function best at different intensities.
Confidence under pressure, in that frame, becomes less about “being calm” and more about being appropriately online—energized enough to commit, regulated enough to execute.
The practical implication is subtle but crucial: elite performers often aim for usable arousal, not tranquility. A sprinter might need more activation than a precision shooter. Even within the same sport, different athletes function best at different intensities.
Confidence under pressure, in that frame, becomes less about “being calm” and more about being appropriately online—energized enough to commit, regulated enough to execute.
The goal isn’t calm. The goal is control at the arousal level your sport actually requires.
— — TheMurrow Editorial
The attentional stance that separates clutch from chaos
When athletes describe clutch moments, they don’t usually sound euphoric. They sound clear.
The clutch-state research describes deliberate concentration, high effort, heightened awareness, and perceived control. That cluster reads like a specific attentional stance: focus narrowed onto what matters, effort intentionally applied, and attention protected from both catastrophic future-thinking and unnecessary body-monitoring.
The clutch-state research describes deliberate concentration, high effort, heightened awareness, and perceived control. That cluster reads like a specific attentional stance: focus narrowed onto what matters, effort intentionally applied, and attention protected from both catastrophic future-thinking and unnecessary body-monitoring.
What the expert-athlete reports suggest
The study of 70 expert athletes is especially instructive for coaches and self-coached performers. Under pressure, attention was often on worries and rarely on movement execution. In other words, many high-level athletes do not primarily fail because they suddenly obsess over technique; they fail because the mind shifts toward consequence, evaluation, and threat.
That should change how we talk about “mental toughness.” Mental toughness often gets described as emotional hardness. The evidence suggests a more practical definition: the ability to keep attention from being hijacked.
That should change how we talk about “mental toughness.” Mental toughness often gets described as emotional hardness. The evidence suggests a more practical definition: the ability to keep attention from being hijacked.
Training implication: match the tool to the attentional problem
A useful mental model:
- If distraction dominates: train routines that anchor attention to task cues and reduce threat appraisal.
- If explicit monitoring dominates: train cue words, rhythm, and external focus—anything that prevents the “inner coach” from taking over mid-action.
Confidence, in this view, becomes repeatable: not a mood, but a practiced pattern.
- If distraction dominates: train routines that anchor attention to task cues and reduce threat appraisal.
- If explicit monitoring dominates: train cue words, rhythm, and external focus—anything that prevents the “inner coach” from taking over mid-action.
Confidence, in this view, becomes repeatable: not a mood, but a practiced pattern.
Key Insight
Many athletes don’t fail under pressure by overthinking mechanics—they fail because attention leaks toward consequences, evaluation, and threat.
Imagery (visualization): evidence, dose, and the part most people miss
Imagery is one of the most widely used psychological tools in sport. It’s also one of the most misunderstood, often treated as mystical manifesting rather than structured training.
The performance evidence: it works, but design matters
A 2025 open-access systematic review and multilevel meta-analysis covering 86 studies and 3,593 athletes concluded that imagery practice improves athletic performance. That’s a large evidence base, and it supports what many elite programs already do.
The same meta-analysis found a key nuance: imagery combined with 1–2 additional psychological skills trainings (PSTs) outperformed imagery alone. In other words, visualization works better as part of a broader mental-skills toolkit rather than a standalone ritual.
The same meta-analysis found a key nuance: imagery combined with 1–2 additional psychological skills trainings (PSTs) outperformed imagery alone. In other words, visualization works better as part of a broader mental-skills toolkit rather than a standalone ritual.
86 studies
A 2025 systematic review and multilevel meta-analysis (3,593 athletes) found imagery practice improves athletic performance.
The dose finding most athletes ignore
The same 2025 meta-analysis reported the strongest gains associated with a surprisingly specific “dose” pattern: about 10 minutes, three times per week, for roughly 100 days.
That matters for readers because it reframes imagery from a pregame superstition into a training block. Ten minutes is short enough to sustain. One hundred days is long enough to change habits.
That matters for readers because it reframes imagery from a pregame superstition into a training block. Ten minutes is short enough to sustain. One hundred days is long enough to change habits.
10 min × 3/week × ~100 days
The imagery “dose” pattern linked with the strongest gains in the 2025 performance meta-analysis.
Confidence effects: more than performance
A separate 2025 Bayesian multilevel meta-analysis of 24 randomized controlled trials (n = 1,294) suggested imagery may improve mental health outcomes, including:
- Self-confidence (standardized mean difference, SMD ~0.62)
- Self-efficacy (SMD ~1.36)
- Reduced anxiety (SMD ~0.52)
Those are meaningful signals, with an important editorial caveat: effects varied by population and context. Imagery isn’t a universal key; it’s a tool with conditions.
- Self-confidence (standardized mean difference, SMD ~0.62)
- Self-efficacy (SMD ~1.36)
- Reduced anxiety (SMD ~0.52)
Those are meaningful signals, with an important editorial caveat: effects varied by population and context. Imagery isn’t a universal key; it’s a tool with conditions.
Building confidence under pressure: a practical, evidence-aligned toolkit
The research points to a pragmatic thesis: confidence grows when athletes can predict their own response to pressure and trust the routines they’ve trained. The goal is not to eliminate stress—it’s to keep stress from hijacking attention and execution.
A pre-performance routine that protects attention
Because distraction under pressure is common, routines should do one primary job: give the mind something useful to do.
A strong routine typically includes:
- A brief attentional cue (one phrase or image)
- A controllable action (breath pattern, posture reset, grip check)
- A task-focused intention (where attention goes during execution)
The details vary by sport. The principle stays stable: reduce the room available for worry to expand.
A strong routine typically includes:
- A brief attentional cue (one phrase or image)
- A controllable action (breath pattern, posture reset, grip check)
- A task-focused intention (where attention goes during execution)
The details vary by sport. The principle stays stable: reduce the room available for worry to expand.
Pre-performance routine essentials
- ✓A brief attentional cue (one phrase or image)
- ✓A controllable action (breath pattern, posture reset, grip check)
- ✓A task-focused intention (where attention goes during execution)
Imagery, built like training—not wishing
Use the dose pattern supported in the 2025 performance meta-analysis as a template:
- ~10 minutes
- 3× per week
- ~100 days
Then make imagery concrete. Rehearse specific competitive moments: the sound, the timing, the reset after an error. Pair imagery with one or two other psychological skills, as the meta-analysis suggests is more effective than imagery alone.
- ~10 minutes
- 3× per week
- ~100 days
Then make imagery concrete. Rehearse specific competitive moments: the sound, the timing, the reset after an error. Pair imagery with one or two other psychological skills, as the meta-analysis suggests is more effective than imagery alone.
Imagery training template (evidence-aligned)
- 1.Train for ~10 minutes.
- 2.Repeat 3× per week.
- 3.Sustain the block for ~100 days.
- 4.Rehearse specific competitive moments (sound, timing, reset after error).
- 5.Pair imagery with 1–2 other psychological skills trainings (PSTs).
Arousal regulation, not arousal suppression
If “calm down” isn’t always right, what is? A better coaching prompt is: find your usable intensity.
Some athletes will need downshifting (slower breathing, longer exhale). Others need upshifting (sharper self-talk, physical activation). The research on shifting arousal-performance relationships reinforces the need for individualized regulation rather than one-size-fits-all serenity.
Some athletes will need downshifting (slower breathing, longer exhale). Others need upshifting (sharper self-talk, physical activation). The research on shifting arousal-performance relationships reinforces the need for individualized regulation rather than one-size-fits-all serenity.
Diagnose the failure mode after the fact
When pressure goes badly, the post-mortem should avoid moral language. Ask:
- Was attention pulled toward consequences and evaluation (distraction)?
- Or toward body mechanics and overcontrol (explicit monitoring)?
- Was arousal too high, too low, or simply mischanneled?
A useful review builds self-knowledge. Confidence often follows self-knowledge: the athlete learns, “When stakes rise, my risk is X—and I know what to do about it.”
- Was attention pulled toward consequences and evaluation (distraction)?
- Or toward body mechanics and overcontrol (explicit monitoring)?
- Was arousal too high, too low, or simply mischanneled?
A useful review builds self-knowledge. Confidence often follows self-knowledge: the athlete learns, “When stakes rise, my risk is X—and I know what to do about it.”
Case studies from the research: darts, clutch states, and the anatomy of steadiness
A good sports myth survives because it contains a partial truth. People do choke. But the evidence makes room for a more sophisticated story—one that respects what expertise actually looks like.
Professional darts: pressure as a performance enhancer
The darts dataset—~23,000 throws from 83 players—is compelling because it’s observational and grounded in real competition. Under pressure, performance improved overall. That doesn’t mean choking never occurs. It means elite performance may include adaptations that make pressure useful: heightened focus, sharper routines, or simply more engagement.
Darts also offers a clean lesson: a skill with stable mechanics and repeatable routines may lend itself to pressure resilience when the performer’s attention stays anchored.
Darts also offers a clean lesson: a skill with stable mechanics and repeatable routines may lend itself to pressure resilience when the performer’s attention stays anchored.
The clutch state: effortful focus, not magic
The qualitative clutch research describes a state of deliberate concentration, heightened awareness, perceived control, and high effort. That profile supports a view of clutch as a willed mode of performance. The athlete leans in rather than drifts.
Readers should notice what’s missing from the clutch description: there’s no emphasis on being carefree. Clutch doesn’t sound like floating; it sounds like steering.
Readers should notice what’s missing from the clutch description: there’s no emphasis on being carefree. Clutch doesn’t sound like floating; it sounds like steering.
The expert attention study: worry is the usual suspect
When 70 expert athletes report attention on worries under pressure, it challenges a common coaching assumption that failure is mostly about “overthinking technique.” Sometimes athletes do over-monitor. But many times, the attention leak is toward meaning: reputation, loss, judgment.
That insight also clarifies why confidence training so often looks like attention training. Build routines, rehearse with imagery, regulate arousal, and you’re not “getting confident”—you’re preventing attentional sabotage.
That insight also clarifies why confidence training so often looks like attention training. Build routines, rehearse with imagery, regulate arousal, and you’re not “getting confident”—you’re preventing attentional sabotage.
Conclusion: the quiet discipline behind “being clutch”
Sports culture often treats confidence under pressure as a personality tell. The research suggests it’s closer to a skill set: attention control, arousal regulation, and routines that protect automaticity.
Pressure can pull performance down—Baumeister’s definition of choking remains a real phenomenon. Pressure can also elevate performance; the darts data shows improvement under pressure across a large sample, and clutch-state accounts describe a deliberate, controlled intensity rather than a mystical hot streak.
The most productive takeaway for ambitious athletes and serious coaches is also the least romantic: confidence is built the same way any competitive advantage is built. You diagnose what breaks under stress, you train the fix, and you rehearse it long enough that it holds when everything is loud.
Pressure can pull performance down—Baumeister’s definition of choking remains a real phenomenon. Pressure can also elevate performance; the darts data shows improvement under pressure across a large sample, and clutch-state accounts describe a deliberate, controlled intensity rather than a mystical hot streak.
The most productive takeaway for ambitious athletes and serious coaches is also the least romantic: confidence is built the same way any competitive advantage is built. You diagnose what breaks under stress, you train the fix, and you rehearse it long enough that it holds when everything is loud.
1) What’s the difference between choking and clutch performance?
Choking is a drop in performance under high stakes despite strong motivation, a definition associated with Roy Baumeister’s work. Clutch performance is the opposite: improved performance in pressure moments. Research describing a “clutch state” highlights deliberate concentration, high effort, heightened awareness, and perceived control—more effortful than the effortless feel commonly associated with flow.
2) Do elite athletes choke less than everyone else?
Not always, but choking isn’t inevitable for elites. A large observational study in professional darts covering ~23,000 throws across 83 players found overall improved performance under pressure, suggesting some experts may perform better when stakes rise. Context matters: how pressure is defined and what the sport demands can change outcomes.
3) What actually causes choking under pressure?
Evidence supports at least two main mechanisms. The distraction route happens when pressure triggers worries that steal attention from the task. The explicit monitoring route happens when athletes consciously micromanage automated skills and disrupt smooth execution. A “multiple routes” account argues different pressure types can trigger different failure modes depending on the task and athlete.
4) Is “calm down” good advice before a big moment?
Sometimes, but not universally. The classic Yerkes–Dodson idea suggests performance often peaks at moderate arousal, not at the lowest arousal. Newer neurobiological work suggests the arousal–performance curve can shift depending on the athlete’s state, implying many performers should aim for regulation—finding usable intensity—rather than blanket calm.
5) Does visualization actually work, or is it hype?
Imagery has strong evidence behind it when used systematically. A 2025 meta-analysis of 86 studies (3,593 athletes) found imagery practice improves performance. A separate 2025 Bayesian meta-analysis of 24 RCTs (n=1,294) suggested improvements in self-confidence (SMD ~0.62) and self-efficacy (SMD ~1.36) and reduced anxiety (SMD ~0.52), with variability by context.
6) How often should an athlete do imagery training?
Dose appears to matter. The 2025 performance meta-analysis found the strongest gains associated with about 10 minutes, three times per week, for roughly 100 days. That schedule reframes imagery as a training block rather than a last-minute pregame ritual. Many athletes also benefit when imagery is combined with 1–2 other psychological skills trainings.
7) What’s the fastest way to build confidence for high-stakes moments?
The most reliable path is to identify your pressure failure mode and train accordingly. If attention shifts to worries, build a pre-performance routine that anchors attention to controllable cues. If you tend to micromanage technique, simplify cues to protect automatic execution. Pair those routines with structured imagery over time, using a consistent dose, to make your response under pressure more predictable—and therefore more trustworthy.
T
About the Author
TheMurrow Editorial is a writer for TheMurrow covering sports.
Frequently Asked Questions
What’s the difference between choking and clutch performance?
Choking is a drop in performance under high stakes despite strong motivation, a definition associated with Roy Baumeister’s work. Clutch performance is the opposite: improved performance in pressure moments. Research describing a “clutch state” highlights deliberate concentration, high effort, heightened awareness, and perceived control—more effortful than the effortless feel commonly associated with flow.
Do elite athletes choke less than everyone else?
Not always, but choking isn’t inevitable for elites. A large observational study in professional darts covering ~23,000 throws across 83 players found overall improved performance under pressure, suggesting some experts may perform better when stakes rise. Context matters: how pressure is defined and what the sport demands can change outcomes.
What actually causes choking under pressure?
Evidence supports at least two main mechanisms. The distraction route happens when pressure triggers worries that steal attention from the task. The explicit monitoring route happens when athletes consciously micromanage automated skills and disrupt smooth execution. A “multiple routes” account argues different pressure types can trigger different failure modes depending on the task and athlete.
Is “calm down” good advice before a big moment?
Sometimes, but not universally. The classic Yerkes–Dodson idea suggests performance often peaks at moderate arousal, not at the lowest arousal. Newer neurobiological work suggests the arousal–performance curve can shift depending on the athlete’s state, implying many performers should aim for regulation—finding usable intensity—rather than blanket calm.
Does visualization actually work, or is it hype?
Imagery has strong evidence behind it when used systematically. A 2025 meta-analysis of 86 studies (3,593 athletes) found imagery practice improves performance. A separate 2025 Bayesian meta-analysis of 24 RCTs (n=1,294) suggested improvements in self-confidence (SMD ~0.62) and self-efficacy (SMD ~1.36) and reduced anxiety (SMD ~0.52), with variability by context.
How often should an athlete do imagery training?
Dose appears to matter. The 2025 performance meta-analysis found the strongest gains associated with about 10 minutes, three times per week, for roughly 100 days. That schedule reframes imagery as a training block rather than a last-minute pregame ritual. Many athletes also benefit when imagery is combined with 1–2 other psychological skills trainings.
