Attention, Focus & Scanning

We often think football is about feet, touch, speed and technique. But at higher levels, the real separator isn’t what players do with the ball, it’s what they do before they get it.

Elite players don’t just react, they anticipate. They don’t just look, they see.

Underneath all of that sits a powerful set of cognitive skills: attention, focus, and scanning. These skills  are deeply rooted in how the brain processes information, filters noise, and predicts what happens next.

One of our goals at IQ Football is to introduce the cognitive skills elite players rely on. It was Wenger who said, “It’s vital not to harm perception with young boys. They learn first the execution from 5 to 12. I have lost many top players because their head was on the ball and they were not seeing what was around them. Great players isolate from the ball, their head is like a radar”.

Why “Heads Up” Is a Brain Skill

“Keep your head up!” is one of the most common instructions in youth football, and one of the least understood. Lifting your head isn’t just a physical action, it’s a brain process.

To play with your head up, a child must:

• Divide attention between the ball and the environment
• Process multiple moving elements (teammates, opponents, space)
• Make decisions in real time
• Stay calm under pressure

To execute playing with your head up is not simple, it’s advanced cognitive work. When a child keeps their head down, it’s often not defiance or bad habit, it’s simply overload. Their brain is prioritising the ball because it feels safest. So instead of just correcting the behaviour, we need to build the brain capacity behind it.

Teaching Scanning Without Saying “Scan”

Scanning is often misunderstood as a technique. It’s actually a perceptual-cognitive skill. In football science, scanning is called visual exploratory behaviour, which is the act of gathering information before receiving the ball. Research shows that skilled players are able to use peripheral vision to monitor everything else and make decisions before the ball arrives.

The visual system is built with central vision and peripheral vision. Central vision is detailed and focussed. Peripheral vision is wide, fast and motion-sensitive. Peripheral vision acts like an early warning system, it detects movement and triggers decision-making pathways in the brain.

So how do we train it in kids? Not always by saying “scan”, but by designing environments where the brain needs to process more information.

For example, at IQ Football we introduce choices, which activates decision networks. Sometimes, we change conditions mid-play to strengthen adaptability. Studies in perceptual-cognitive training show that these kinds of football-specific interventions can improve peripheral reaction and decision speed in young players. A snippet from the aforementioned research paper explains:

“These results suggest that experts in ball sports such as soccer have shorter premotor times during central and peripheral visual reaction tasks than non-athletes. In addition, these findings indicate a relation between expertise in soccer and the peripheral response time. Thus, for talent promotion, analyses about the efficacy of perceptual-cognitive training approaches on peripheral reaction might be of special interest and could deliver several approaches for practical applications.”

Like many things in life, scanning often isn’t taught through instruction. It’s built through experience and the right environments.

Attention vs Distraction in Modern Kids

Dr. Jared Cooney Horvath, a neuroscientist has said, “Even in schools, it doesn’t matter what the size of the screen is, and it doesn’t matter who bought it. All of these things are also going to hurt learning, which in turn are going to hurt our kids’ cognitive development.”

You can listen to more about this through this short clip.

Children today are growing up in environments that constantly compete for their attention: fast-paced screens, instant rewards, and rapid switching. From a neuroscience perspective, this affects: selective attention (what to focus on), sustained attention (how long they can stay focused), and attentional switching (how quickly they shift between tasks).

In sport, attention is limited. The brain cannot process everything equally. Research using multiple-object tracking tasks shows that when attention is directed toward specific targets, detection accuracy is dramatically higher (around 89%) compared to unattended stimuli (around 55%). In simple terms, the brain sees what it’s trained to prioritise.

On the field, distracted players, follow the ball instead of reading the game, miss movement off the ball, and react late. Whereas focussed players, filter noise, lock onto key cues and anticipate before events unfold. The difference isn’t effort—it’s neural efficiency.

The encouraging part is that attention is trainable. Football, when structured intentionally, becomes one of the most powerful environments to develop it because it combines: movement, which boosts brain activation, decision-making, which strengthens neural pathways, and uncertainty, which forces adaptability.

But we cannot deny what the research has shown us about technology and try to “supplement” our kids’ brains through doses of football. Their daily “diet” can produce a greater result when combined with, for example, neuro-football training. We can, as parents, make decisions about their “daily diet” and the environments that our kids are exposed to. This is not always possible, but we do have authority over our home environments, and that’s a great place to start.

Simple Games That Improve Focus

The goal isn’t to overload children with instructions, it’s to shape how their brain engages with the game. Some of our simple, neuroscience-backed games include:

1. Colour Call Dribbling
Players dribble while responding to external cues (colours, numbers).

This trains:

• Divided attention
• Auditory + visual integration
• Faster processing speed

2. Number Gates
Call out sequences while players move through space.

This Trains:

• Working memory
• Planning ahead
• Visual scanning under movement

3. Shadow Awareness
Players move with a partner tracking them.

This trains:

• Spatial awareness
• Peripheral monitoring
• Prediction of movement

4. Freeze & Find
On command, players stop and identify options around them.

This trains:

• Awareness before action
• Attention shifting
• Game-reading habits

Final Thought

Elite players don’t just have better technique—they have better brains for the game. They use peripheral vision without thinking, filter information instantly, and decide before others even perceive the situation.

The neuroscience is clear in that these abilities are not fixed—they are trainable through the right environments. When we shift from coaching the body alone to coaching the brain, we don’t just develop better players, we develop children who can focus deeply, adapt quickly and think clearly under pressure. These traits are bigger than football and they’re helping to combat the world’s detrimental effects of screens and technology on our youth.