Picture a Saturday at the school oval. Your son has batted patiently for an hour and a half and looks set for his first fifty. Then, for no reason anyone can see, he flashes at a wide one outside off stump and walks back to the pavilion in silence.
He did not forget how to bat. For a fraction of a second, his attention was somewhere else.
Cricket is a strange test of attention
Most sports ask for bursts of focus. Cricket asks for something harder. A batter may be at the crease for hours, yet a quick delivery gives only a fraction of a second between release and bat. Everything depends on being fully present for that instant, again and again.
Bowlers face their own version. Think of defending a dozen runs off the last over of a T20, with a noisy crowd and a batter who has just hit you for six. You know exactly where the yorker needs to land. The question is whether your body will be allowed to deliver it.
In both cases the skill is not concentrating harder. It is concentrating at the right moments and resting in between.
The switch between rest and focus
Nobody can hold peak concentration for hours on end. The brain tires, just as a muscle does. Good players do not try. They switch on as the bowler runs in and switch off once the ball is dead.
Batters often call this being in a bubble. One simple way of picturing this uses the brain's rhythms. A calm, steady rhythm known as SMR, or sensorimotor rhythm, is linked with a still body and a watchful mind. Faster activity called beta is linked with active thinking and reacting.
A more relaxed rhythm called alpha is linked with being at ease. Think of it as the mental equivalent of taking your hand off the bat and looking around the field. Real brains are messier than this picture, but the pattern is a useful one: watchful, then active, then resting. Resting between balls is how a player saves energy for a long innings.
Trouble starts when the switch gets sticky. Some players cannot switch off, and burn through their concentration early on. Others cannot switch back on quickly enough, and the ball is past them before they are ready.
A long innings is not built on hours of concentration. It is built on a few seconds of it, repeated calmly, a few hundred times.
What breaks the bubble
Lapses seldom come from nowhere. Certain things reliably pull a player's attention away from the next ball:
- The scoreboard. Thinking about a milestone or a required run rate.
- The last ball. Replaying a play-and-miss or a dropped catch.
- Chirping. A word from the slips that lands at the wrong moment.
- Tiredness and heat. A long afternoon in the Highveld sun without enough water or food.
- Fear of getting out. Often the biggest one, and usually the least talked about.
What these share is that they are all about the past or the future. The ball only ever exists in the present.
For bowlers, pressure adds something physical. Stress can tighten the shoulders and the grip, and a tight hand may release the ball a little late or a little early. The plan was right. The body was too tense to carry it out.
How neurofeedback may help
Neurofeedback is a way of training the brain's own rhythms. Sensors on the scalp read the brain's electrical activity, and a computer shows it back to you through sound and images. The sensors only read. Nothing is sent into the brain.
When the brain produces more of the pattern being encouraged, the feedback rewards it, and the idea is that with repetition the brain becomes better at finding that pattern again. For cricketers, a common aim in neurofeedback is to strengthen calm, alert SMR and ease the fast activity called high beta that is linked with overthinking.
Every client starts with a 19-channel brain map, which takes about an hour and a half. After that, sessions last 45 to 60 minutes and open with a short check-in. There is more detail on our services page.
The aim is a brain that settles faster after a mistake, which may make it easier to stay patient early in an innings. Everyone responds differently, and no one can promise runs or wickets.
Habits that support concentration
Brain training belongs alongside simple routines that many coaches already teach:
- Have a between-ball routine: step away, look at something far off, breathe out slowly, then take guard.
- Use one short cue as the bowler turns, such as watch the ball.
- Drink and eat at every break, even when you do not feel like it.
- Protect your sleep the night before a match.
If attention is a wider struggle, our article on focus at school and ADHD may be helpful. Golfers will recognise the same challenge in the putting yips, and adults who fade in the afternoon may want to read about decision fatigue. If poor concentration comes on suddenly, or follows a knock to the head, please see a doctor first.
Common questions
Can neurofeedback improve concentration for cricket?
It may help. Neurofeedback aims to train the brain to hold a calm, alert state and to settle again after a distraction, which is the heart of batting and bowling concentration. Results vary, and it works alongside net sessions and good coaching, not instead of them.
Is this suitable for junior cricketers?
Neurofeedback is non-invasive and is used with children as well as adults. The sensors only read brain activity and nothing is sent into the brain. For a young player it helps to look at the whole picture too, including sleep, school and how much pressure they feel. If concentration is a struggle in class as well as on the field, mention it to your doctor or your child's teacher.
What is SMR and why does it matter for batting?
SMR stands for sensorimotor rhythm. It is a steady brain rhythm that tends to appear when the body is still and the mind is alert and ready, a bit like a cat watching a bird. That quiet readiness is what a batter wants in the moments before the bowler releases the ball.
Concentration is a skill, and skills can be practised. If you or your child would like to work on it, please contact us and we will explain how the first visit works.
- cricket
- batting
- bowling
- concentration
- patience
