6.3 Focus of Attention (Internal vs. External)

Focus of attention is one of the most practical topics in motor learning. Where you direct your attention while performing a skill can meaningfully change how well you learn and execute that skill. Research consistently favors an external focus over an internal one, and understanding why gives you a real edge in both learning and teaching motor skills.

Internal vs External Focus of Attention

Differentiating Between Internal and External Focus

Internal focus directs your attention to your own body movements. You're thinking about what your limbs are doing: the extension of your arm during a tennis serve, the angle of your wrist during a golf putt, or your foot placement during a soccer kick.

External focus directs your attention to the effects of your movements on the environment. Instead of thinking about your body, you're thinking about outcomes: the arc of the basketball toward the hoop, the trajectory of the dart toward the bullseye, or the landing spot of a kicked ball.

The core distinction is simple:

• Internal focus = attention toward your body
• External focus = attention toward the result of your actions

This might seem like a small difference, but it has a surprisingly large impact on how well people learn and perform motor skills.

Impact on Motor Skill Acquisition and Performance

Across a wide range of tasks, including basketball shooting, golf putting, and balance tasks, an external focus of attention tends to produce better learning and performance than an internal focus.

The leading explanation for this is the constrained action hypothesis. It proposes that when you focus internally on your body movements, you essentially "get in your own way." You start consciously micromanaging movements that your motor system would otherwise handle automatically. This disrupts the natural coordination of your muscles and joints.

An external focus, by contrast, lets your motor system self-organize. Your body can exploit its natural movement tendencies without conscious interference, leading to smoother, more efficient movement patterns.

Attentional Focus and Motor Skill Learning

Research Findings on Effectiveness

The evidence base here is strong. A meta-analysis by Wulf (2013) found that an external focus of attention enhances motor learning and performance across a wide range of tasks and skill levels, with an average effect size of 0.48. That's a moderate and practically meaningful effect.

The benefits of external focus show up across diverse populations:

• Novice and skilled performers both benefit
• Children, older adults, and individuals with motor impairments all show improvements
• The advantage holds across different types of tasks (accuracy, balance, force production)

One interesting nuance: the optimal distance of the external focus from the body may matter. Some research suggests that skilled performers benefit from a more distal (farther away) focus. For example, an advanced tennis player might perform better focusing on where the ball lands rather than on the racket face, while a beginner might do well focusing on the racket's contact point. Both are external, but they differ in how far the focus is from the body.

A few studies have found no significant difference between internal and external focus conditions. These exceptions point to potential moderating factors like task complexity and individual differences that still need more investigation.

Potential Mechanisms and Explanations

Why does external focus work? Several mechanisms likely contribute:

1. Reduced conscious interference. An external focus allows movements to be controlled more automatically. You're not trying to consciously coordinate each joint, so your implicit motor control processes can operate without disruption.
2. Better motor system organization. When you focus externally, your body tends to recruit more efficient muscle synergies and reduce unnecessary muscular co-contraction. The result is less wasted effort.
3. More meaningful feedback. Focusing on the effects of your movements (where the ball went, whether you hit the target) gives you information that's directly relevant to the goal of the task. This helps you build more accurate internal models and detect errors more effectively.

Effectiveness of Attentional Focus Strategies

Advantages of an External Focus

• Faster skill acquisition and better retention. Learners pick up new skills more quickly and remember them longer.
• Improved accuracy and consistency. Performance outcomes tend to be more precise and repeatable.
• Lower cognitive load. Movements feel more automatic and fluid because you're not trying to consciously control every detail.
• Greater movement efficiency. Coordination patterns are more optimized, with less unnecessary muscle activity.
• Better transfer to new situations. Skills learned with an external focus tend to generalize more readily to novel tasks and contexts, suggesting the learner develops a more flexible motor representation.

Limitations and Considerations

External focus isn't a universal fix for every situation. There are important caveats:

• Individual differences matter. Some learners respond better to a mix of internal and external cues, depending on their learning stage and personal preferences.
• Task complexity and skill level play a role. Novice learners may initially need some internal focus cues to establish basic movement patterns before shifting to an external focus. For example, a beginner gymnast might need to think about body position before they can meaningfully focus on external outcomes.
• Ceiling effects in experts. Highly skilled performers who have already optimized their movement patterns may show smaller benefits from external focus instructions.
• Limited long-term data. Most studies measure immediate performance or short-term retention. More research is needed on how attentional focus strategies affect skill retention and transfer over weeks or months.

Applying Attentional Focus Strategies

Instructional Strategies

When teaching motor skills, your default should be external focus instructions. Here's how to put that into practice:

1. Frame instructions around outcomes, not body parts. Say "push against the ground" instead of "extend your legs." Say "focus on the target" instead of "keep your elbow straight."
2. Use analogies that promote external focus. For a basketball free throw, try "imagine the ball dropping through the net." For a balance task, try "pretend the platform is staying perfectly still." These redirect attention away from the body.
3. Avoid internal focus cues when possible. Instructions like "bend your knees to 90 degrees" or "rotate your hips" pull attention inward and can hinder both performance and learning.
4. Keep instructions concise. Don't overload the learner with information. One clear external focus cue is better than three competing ones.

Feedback and Cueing Techniques

Feedback should reinforce the external focus you've established during instruction:

• Highlight results, not body mechanics. "The ball landed two feet left of the hole" is more useful than "your backswing was too long."
• Use visual aids that direct attention outward. Targets, markers, laser pointers, or video replays showing ball trajectory all keep the learner focused on movement effects.
• Design practice environments that encourage external focus. Place targets, obstacles, or landing zones that naturally draw attention to the environment rather than the body.
• Leverage technology for real-time external feedback. Force plates that display ground reaction forces, or motion sensors that show object trajectories, can reinforce an external focus during practice.

Individualizing Attentional Focus Strategies

Not every learner responds identically, so you need to be flexible:

1. Assess the learner's current stage. A complete beginner struggling with basic coordination may need brief internal cues to get started, with a quick transition to external focus as soon as possible.
2. Adjust as skill develops. As learners progress, shift toward more subtle and distal external cues. An advanced learner may only need a reminder like "hit the spot" rather than detailed instructions.
3. Monitor and adapt. If a learner is struggling under purely external focus instructions, it's reasonable to temporarily introduce an internal cue to address a specific technical issue, then return to external focus.
4. Encourage self-experimentation. Let learners try different focus strategies during practice so they can discover what works best for them. This builds self-awareness and long-term self-regulation skills.