Cognitive Training in Handball Goalkeeping
The importance of cognitive training in handball goalkeeping is enormous and the benefits are undeniable. Yet despite its potential, this area of training remains underutilized by many coaches who focus primarily on physical and technical development.
In the high-speed, intensely tactical world of handball, goalkeepers stand as the last line of defense, the final hurdle opponents must break in order to score a goal. A goalkeeper must blend agility, precision, and unwavering focus to keep the ball out of the goal. While their physical power, agility, strength, and reflexes are often highlighted, an equally crucial aspect of their arsenal tends to be less visible but extremely impactful: cognitive ability.
When I first started exploring cognitive training with my goalkeepers, I was amazed by the results. Goalkeepers who had plateaued in their development suddenly started improving again. Their reactions became faster. Their decision-making became sharper. And what struck me most was that they started performing better under pressure when it mattered most.
The goal of cognitive training is to foster a sharper, quicker mind capable of adapting and responding to the fast-paced demands of competitive sports, including handball. By sharpening the mind just as physical training improves the body, we can unlock levels of performance that technical and physical training alone can’t reach.
This blog post will dive into what cognitive training encompasses and how it can revolutionize and transform goalkeeping in handball.
Key Takeaways
- Train the brain like you train the body: Cognitive training targets mental processes (attention, processing speed, decision-making) that directly impact goalkeeper performance. These skills are trainable, not fixed.
- Faster processing equals faster reactions: The speed of your goalkeeper’s physical reaction is limited by how fast their brain processes information. Cognitive training attacks this bottleneck directly.
- Bilateral coordination matters: Training both hemispheres of the brain to work together improves movement efficiency, reaction speed, and the ability to execute complex saves under pressure.
- Integration is key: The most effective cognitive training combines mental challenges with physical movement, training the brain-body connection that goalkeepers rely on during games.
- Progression applies to cognitive work too: Start with simple cognitive challenges and gradually increase complexity as the goalkeeper adapts. Rushing progression leads to frustration, not improvement.
Understanding Cognitive Training
Cognitive training involves exercises and practices designed to improve cognitive functions such as memory, attention, perception, speed of information processing, and decision-making. In essence, it’s a workout for the brain, aimed at improving mental processes that are critical for high-level performance in various settings, including sports.
The primary goal is to develop a sharper, more responsive mind, capable of fast thinking and quick problem-solving under pressure. All of which is extremely valuable for handball goalkeeper performance.
But what exactly happens in the brain during cognitive training? When we repeatedly challenge specific mental processes, we create structural and functional changes in the brain. Neural pathways that are used frequently become stronger and more efficient. This is the principle of neuroplasticity: the brain’s ability to reorganize itself based on experience and training.
For goalkeepers, this means that the mental processes involved in tracking a ball, deciding on a save technique, and executing the appropriate movement can all be improved through deliberate practice. The brain isn’t a fixed system with unchangeable capabilities. It’s an adaptable organ that responds to training just like muscles do.
Cognitive training targets this adaptability directly. Rather than hoping that mental skills improve as a byproduct of physical training, we can train them intentionally and systematically.
The Science Behind Cognitive Training for Goalkeepers
To understand why cognitive training works, it helps to understand what’s happening in the brain during goalkeeper performance. Here’s a breakdown of the key mechanisms:
Improving Neural Processing Speed
Why it matters: The brain processes sensory input (visual, auditory, kinesthetic) and translates it into a motor response. Faster processing equals faster reactions. For a goalkeeper facing a shot that takes 0.3 seconds to reach the goal, every millisecond of processing time saved is valuable.
How cognitive training helps: Cognitive drills stimulate neuroplasticity, helping neurons fire more efficiently and reducing reaction time. When we repeatedly challenge the brain to process information quickly, it adapts by streamlining the neural pathways involved.
Strengthening the Brain-Body Connection
Why it matters: Coordination drills improve proprioception (awareness of body position) and interhemispheric communication between the brain’s left and right hemispheres. This communication is essential for the complex, bilateral movements that goalkeepers must execute.
How cognitive training helps: Bilateral movements activate both hemispheres, improving sensorimotor integration and making movements more automatic and quicker. The better the two hemispheres communicate, the more efficiently the goalkeeper can coordinate complex saves.
Improving Decision-Making Under Pressure
Why it matters: Goalkeepers don’t just need fast hands. They need to read the game, predict shots, and make split-second decisions about positioning, technique selection, and timing.
How cognitive training helps: Drills that require reacting to verbal or visual stimuli while performing physical movements train the brain to process more information in less time. This sharpens anticipation skills and improves decision quality under pressure.
Increasing Reflex Speed Through Repetitive Neural Activation
Why it matters: The more often a goalkeeper activates fast-twitch neural pathways, the stronger and faster the response becomes. This is how reflexes are built and refined.
How cognitive training helps: Repetitive bilateral and cognitive drills create myelination in neural pathways. Myelination is the process where nerve fibers become coated with a fatty substance that speeds up signal transmission. The result is that goalkeeper reactions become more automatic and effortless over time.
Reducing Cognitive Load for Faster Reactions
Why it matters: The brain can only handle so much information at once. If basic coordination requires conscious attention, less mental energy is available for reading the game and making decisions.
How cognitive training helps: Bilateral and dual-task drills train goalkeepers to move instinctively, freeing up cognitive resources for higher-level processing. When movement becomes automatic, the goalkeeper can focus entirely on reading the shooter and reacting to the shot.
By training with bilateral coordination, cognitive tasks, and cross-body drills, goalkeepers develop quicker reflexes, sharper decision-making, and faster reaction times. All of these are critical skills for elite performance.
Benefits of Cognitive Training for Handball Goalkeepers
The importance of cognitive training for handball goalkeepers lies in its profound impact on improving mental functions that are crucial for peak performance on the court. Let’s examine each benefit in detail:
Improved Decision-Making
Handball goalkeepers face split-second decisions that can decide the outcome of a game. Cognitive training improves their decision-making skills, enabling them to better assess situations, predict opponents’ actions, make decisions quicker, and choose the most effective response in a fraction of a second.
Consider what a goalkeeper must decide during a single shooting situation: Should I stay on the line or step forward? Should I open the front post or the back post? What technique should I use for this shot angle? Is this a fake or the real shot? All of these decisions must be made in milliseconds.
Cognitive training allows goalkeepers to quickly analyze the trajectory of incoming shots, opponent strategies, and the best course of action that they should perform. Whether it’s positioning closer to the goal line or going further out towards the shooter, opening the front post or opening the back post, sliding, jumping, or reacting with any other save reaction, trained goalkeepers make these decisions faster and more accurately.
The mechanism here involves pattern recognition. Through cognitive training, goalkeepers develop mental templates for different shooting situations. When they see a situation that matches a template, they can activate the appropriate response immediately rather than analyzing from scratch each time.
Improved Reaction Time
Cognitive training exercises that focus on reaction speed can help goalkeepers respond more quickly to shots. Training the brain to process visual and auditory cues faster translates into faster physical reactions, an invaluable asset for handball goalkeepers.
Reaction time has two components: the time it takes to perceive and process a stimulus, and the time it takes to execute the physical response. Many coaches focus only on the physical component, training explosive movement. But the cognitive component is often the larger bottleneck, especially for goalkeepers who already have good physical capabilities.
By targeting cognitive processing speed directly, we can reduce the total reaction time in ways that physical training alone can’t achieve. A goalkeeper who processes information 50 milliseconds faster has 50 more milliseconds to execute their save. In a sport where shots travel at 80-100 km/h, this advantage is significant.
Improved Bilateral Coordination
The ability to use both sides of the body efficiently is crucial for goalkeepers. Cognitive training exercises that focus on bilateral coordination improve this ability, making sure goalkeepers can efficiently use their arms and legs in a coordinated way to make saves.
Bilateral coordination depends on communication between the brain’s two hemispheres through the corpus callosum. When this communication is efficient, movements that involve both sides of the body become smoother and faster. When it’s inefficient, there’s a slight delay in coordinating bilateral movements.
For goalkeepers, bilateral coordination affects everything from basic ready position adjustments to complex saves that require simultaneous arm and leg movements in different directions. Cognitive training that specifically targets bilateral coordination improves the speed and quality of these movements.
Improved Hand-Eye Coordination and Spatial Awareness
Many cognitive training exercises involve the arms and hands, with or without additional equipment, which inevitably improves hand-eye coordination. This is the foundation of catching and deflecting shots accurately.
Additionally, cognitive exercises that include crossing the body’s midline are fundamental in developing spatial awareness. The midline is an imaginary line running down the center of the body. Exercises that require reaching across this line (right hand to left side, for example) improve the brain’s spatial mapping and the goalkeeper’s ability to reach for wide or unexpected shots.
These exercises facilitate better control and precision in high-pressure situations. A goalkeeper with strong spatial awareness knows exactly where the posts are, where their body is positioned, and where the ball is heading, all without conscious calculation.
Greater Focus and Concentration
Maintaining focus throughout a match is essential for goalkeepers, who must be ready to get into action at any moment. Unlike field players who are constantly involved in play, goalkeepers often have periods of relative inactivity followed by sudden demands for intense focus and action.
Cognitive training strengthens attention and concentration, helping goalkeepers stay mentally engaged and ready to perform at their best, even during long periods of inactivity. Exercises that demand sustained concentration, such as tracking multiple objects or responding to variable cues, can strengthen a goalkeeper’s focus and attention span, reducing susceptibility to distractions.
This sustained attention is particularly important during games where a goalkeeper might face only a few shots in a ten-minute period but needs to be completely ready for each one. Cognitive training builds the mental endurance to maintain this readiness throughout an entire match.
Improved Ability for Stress and Anxiety Management
The pressure on goalkeepers during matches is immense. A single mistake can result in a goal that changes the outcome of the game. This pressure creates stress and anxiety that can interfere with performance.
Cognitive training techniques, including different exercises for maintaining focus, mindfulness, and stress management, can equip goalkeepers with the tools to manage anxiety effectively. They learn to keep calm and focused, performing well under pressure rather than being overwhelmed by it.
Mindfulness meditation, focused breathing exercises, and other stress management techniques can improve a goalkeeper’s concentration, reduce game-day anxiety, and improve overall mental resilience. Goalkeepers who can maintain mental clarity under pressure perform much better in critical moments of the match.
The connection between cognitive training and stress management is important to understand. When cognitive processes are well-trained and efficient, the brain has more capacity available for managing emotional responses. A goalkeeper who doesn’t have to consciously think about their movements can better regulate their stress response.
Applying Cognitive Training in Handball Goalkeeping
Cognitive training represents a crucial shift towards improving the mental aspects of goalkeeping, complementing the traditional focus on physical, technical, and tactical skills.
This innovative approach aims to elevate a goalkeeper’s performance by targeting and improving cognitive functions crucial for success on the court. By incorporating exercises designed to boost decision-making, information processing, concentration, reaction times, and spatial awareness, cognitive training equips goalkeepers with the mental agility and sharpness required to excel in their role.
Different techniques can be used to build a stronger, more responsive connection between the mind and body:
Incorporating Bilateral Coordination Drills
Simple exercises like dribbling one or two balls with one or two hands while moving, or more complex drills involving catching and throwing balls with alternate hands while maintaining different options of footwork, can significantly improve bilateral coordination.
These drills not only improve physical dexterity but also stimulate neural pathways that improve coordination between the brain’s left and right hemisphere. The key is to challenge both sides of the body to work together in coordinated patterns.
Start with simple bilateral patterns and progress to more complex ones as the goalkeeper adapts. For example, start with simultaneous movements (both hands doing the same thing) before progressing to alternating movements (hands doing opposite things). Cognitive training through bilateral drills should feel challenging but achievable.
Body’s Midline Crossing Exercises
Exercises that require goalkeepers to cross their body’s midline are particularly valuable. This includes reaching with the right hand across to catch or deflect balls on the left side of the body, or performing footwork exercises with the left leg on the right side of the body.
These exercises improve brain communication between hemispheres, develop spatial awareness, and build the ability to perform complex and challenging movements under pressure. The midline crossing aspect forces the brain hemispheres to coordinate in ways that support the complex bilateral movements common in goalkeeping.
Many natural save reactions involve midline crossing. A save to the upper left corner with the right hand, for instance, requires reaching across the midline. By training this movement pattern deliberately through cognitive training exercises, we make it more automatic and efficient during games.
Simulation Drills
Incorporating simulation drills that mimic game scenarios can improve situational awareness and decision-making. These drills can be designed to replicate specific match situations, requiring goalkeepers to make quick decisions based on the ongoing play and match scenarios.
The value of simulation is that it trains decision-making in context. Rather than making decisions in the abstract, the goalkeeper practices making decisions while processing the same types of information they’ll encounter in games. This contextual cognitive training has better transfer to actual performance.
Reaction Time Exercises
Using technology and training aids, goalkeepers can engage in exercises specifically tailored to improve reaction times. For example, training with different flashing lights systems or sudden auditory cues to initiate movement can greatly improve the brain’s processing speed.
These tools provide consistent, measurable stimuli that allow goalkeepers to track their improvement over time. The immediate feedback also helps goalkeepers understand their current processing speed and motivates them to improve. Cognitive training with technology can be particularly engaging for goalkeepers who enjoy seeing their progress quantified.
Mindfulness, Visualization and Decision-Making Drills
Practices such as mindfulness meditation and mental imagery can be used to manage stress and visualize successful outcomes, fostering a positive mindset and improving mental resilience.
Simulating game scenarios and requiring goalkeepers to mentally visualize and decide on the best response before physically executing the action can refine their cognitive response to game situations. This mental rehearsal activates many of the same neural pathways as physical practice, making it a valuable addition to cognitive training.
Adding different challenges during exercises, such as different tasks and outcomes on different colors, numbers, left or right side, different memory tasks, or cognitively challenging tasks (any kind of question, for example math, geography, and similar), can also be valuable. This form of cognitive training reinforces neural pathways associated with decision-making, working memory, speed of information processing, and speed of reaction.
Programming Cognitive Training
Integrating cognitive training into your goalkeeper training program requires thoughtful planning. Here are some guidelines:
Frequency and Duration
Cognitive training can be included in every training session, but it doesn’t need to dominate the session. Ten to fifteen minutes of focused cognitive work per session is often sufficient. The key is consistency over time rather than occasional intensive sessions.
The brain adapts through repeated exposure to appropriate challenges. Brief, regular cognitive training creates cumulative improvements that show up in game performance.
Timing Within Sessions
Cognitive training works well at different points in a session:
During warm-up: Cognitive challenges during warm-up activate the brain and prepare it for the demands of training. Simple bilateral drills or reaction exercises fit naturally into this phase.
Integrated with technical work: Adding cognitive elements to existing goalkeeper drills increases their training value. This approach is efficient because it trains cognitive and technical elements simultaneously.
As standalone blocks: Sometimes it’s valuable to dedicate focused time specifically to cognitive training without the distraction of technical demands. This allows full attention on the cognitive elements.
During active recovery: Lower-intensity cognitive exercises can be used between high-intensity physical work, keeping the goalkeeper mentally engaged while physically recovering.
Progression
Like physical training, cognitive training should follow principles of progressive overload. Start with challenges the goalkeeper can handle successfully, then gradually increase difficulty as they adapt.
Progression can take several forms:
- Increasing the speed of stimuli
- Adding more stimuli to track simultaneously
- Combining cognitive tasks with more complex physical movements
- Reducing the time available for responses
- Adding secondary tasks to increase cognitive load
The goal is to keep the goalkeeper in a zone where they’re challenged but not overwhelmed. If success rates drop too low, the cognitive training may be too difficult for the current level.
Common Mistakes in Cognitive Training
As cognitive training becomes more popular, some common mistakes have emerged:
Making It Too Complex Too Soon
Coaches sometimes introduce highly complex cognitive challenges before goalkeepers have mastered simpler versions. This leads to frustration and poor-quality practice. Cognitive training should progress gradually, with each level mastered before moving to the next.
Neglecting Technical Quality
When cognitive demands are high, technical execution often suffers. If technique breaks down significantly during cognitive training, the goalkeeper may be practicing and reinforcing poor movement patterns. Reduce the cognitive challenge to a level that allows good technical execution.
Treating Cognitive Training as Separate
The most effective cognitive training is integrated with goalkeeper-specific movements and decisions. Generic brain training apps or exercises may have some value, but they lack the transfer to goalkeeper performance that sport-specific cognitive training provides.
Inconsistent Application
Occasional cognitive training sessions produce limited results. The brain requires consistent, repeated exposure to adapt. Include cognitive training elements regularly rather than sporadically.
Ignoring Individual Differences
Goalkeepers have different cognitive strengths and weaknesses. Some may struggle with processing speed while excelling at spatial awareness. Others may have the opposite profile. Effective cognitive training is individualized based on assessment of each goalkeeper’s needs.
Cognitive Training Exercises Examples For Athletes
Cognitive training exercises can significantly improve an athlete’s mental skills. Here’s a list of cognitive training exercise categories that can be used with handball goalkeepers:
- Decision-Making Drills
- Visualization Techniques
- Memory Games
- Concentration Drills
- Reaction Time Exercises
- Bilateral Coordination Drills
- Crossing the Midline Activities
- Stress Management Techniques
- Neurofeedback Training
- Cognitive Flexibility Drills
- Proprioceptive Feedback Training
Incorporating these cognitive training exercises into a handball goalkeeper’s program can elevate their game by sharpening the mental skills needed to excel. Adapting the difficulty and complexity of these exercises to match the athlete’s development stage ensures continuous improvement and adaptation to the high demands of competitive handball.
The Transfer to Game Performance
Through cognitive training, goalkeepers can achieve a higher level of performance characterized by quicker reflexes, better positioning, and a deeper understanding of game dynamics. But how exactly does training transfer to match performance?
Faster automatic responses: When basic cognitive processes become automatic through training, goalkeepers can react without conscious thought. The time saved by not having to “think through” a response translates directly to faster saves.
Better reading of situations: Cognitive training improves pattern recognition. Goalkeepers who have trained their brains to process information efficiently can read shooters’ body language and anticipate shot direction more accurately.
Maintained performance under pressure: Most importantly, cognitive training builds mental resilience. Goalkeepers who have trained their cognitive systems to perform under load maintain their decision-making quality even when physical fatigue or psychological pressure would normally degrade performance.
Improved recovery between actions: Games often present rapid sequences of shots or repeated plays. Cognitive training improves the speed at which goalkeepers can reset mentally after one action and prepare for the next.
In Conclusion
Cognitive training represents a powerful approach to elevating goalkeeping performance in handball. By extending training beyond the physical realm and into the cognitive, goalkeepers can unlock new levels of efficiency, responsiveness, and resilience.
The science is clear: the brain is trainable, and the cognitive processes that underlie goalkeeper performance can be systematically improved. Decision-making, reaction time, bilateral coordination, spatial awareness, concentration, and stress management are all skills that respond to deliberate cognitive training.
As understanding and application of cognitive training continue to evolve, its integration into sports training promises not just improved individual performance but also a competitive edge that could redefine team success on the court. The goalkeeper who sees faster, processes faster, and decides faster has advantages that technical skill alone can’t provide.
Video – Cognitive (Bilateral) Exercise Examples – Jumps Over The Line, Version 1
In the video below, you can find one of the many cognitive training exercises that you can do with your athletes. This is the first and more simple version of “cognitive jumps” that you can use for warm-up with your goalkeepers or players if you want to increase the challenge.
The pattern: Left foot, right foot, both feet, and it continues like that.
How to execute: Jump off from both feet over the line and land on your left foot. Then jump off from your left foot over the line and land on your right foot. Then jump off from your right foot over the line and land with both feet on the other side of the line. From here, continue by jumping off from both feet over the line and landing on your right foot, then jumping off from right foot over the line and landing on your left foot, and jumping off from left foot over the line and landing on both feet.
Why this works for cognitive training:
This exercise challenges the brain to maintain a pattern while executing physical movement. The goalkeeper must remember where they are in the sequence (left, right, both) while simultaneously executing the jumps. This dual-task demand trains the brain to process sequential information while performing motor tasks.
The bilateral nature of the exercise (alternating between left, right, and both feet) also activates both brain hemispheres and trains them to coordinate smoothly. Over time, this pattern becomes automatic, freeing up cognitive resources for other demands.
Coaching points:
- Try to connect all jumps into a flow, without taking a pause after landing on both feet
- The more time taken between jumps, the simpler the exercise becomes, which defeats the purpose of cognitive training
- Start slowly, then gradually increase speed as the pattern becomes comfortable
- Watch for loss of rhythm, which indicates the cognitive load is appropriately challenging
Progressions:
- Instead of jumping sideways, jump forward/backward
- Perform these jumps while moving (sideways jumps while moving forward, forward/backward jumps while moving laterally)
- Add arm movements or ball handling to increase cognitive load
Video – Cognitive (Bilateral) Exercise Examples – Jumps Over The Line, Versions 2 and 3
In the video below, you can find two progressions of the same exercise from the previous video. These versions add upper body coordination to the lower body pattern, increasing the cognitive training demand.
Version 2: Clapping in Front
In this option, add clapping with your hands in front of your body for every jump. You can do the clapping in the same rhythm as the jumps (easier) or with a different rhythm that’s not synced with your jumps (more challenging).
Why this progression works:
Adding the clapping creates a dual-task situation where the brain must coordinate two separate rhythmic patterns simultaneously. The lower body follows the jumping pattern while the upper body follows a clapping pattern. This trains the brain to divide attention and coordinate multiple motor sequences at once.
When the clapping is synced with the jumps, the brain can treat them as one combined pattern. When they’re not synced, the brain must truly manage two independent patterns, which significantly increases the cognitive training load.
Version 3: Alternating Clapping Front and Back
In this version, alternate clapping in front of your body and clapping behind your body. Again, you can sync with the jumps (easier) or desync for a more challenging cognitive training experience.
Why this adds difficulty:
The front/back alternation adds another layer of sequencing for the brain to manage. Now there are three patterns to coordinate: the foot sequence (left, right, both), the clapping timing, and the clapping location (front, back). This multi-layered demand pushes cognitive training to a higher level.
Coaching points for both versions:
- Master Version 1 before attempting Version 2
- Master Version 2 with synced clapping before attempting desynced versions
- Quality of movement matters more than speed; slow down if the pattern breaks apart
- Watch for the upper body becoming tense or rigid, which indicates excessive cognitive load
- Use these as warm-up activities or as specific cognitive training blocks
Additional progressions:
- Perform forward/backward jumps instead of sideways
- Add movement across the floor while maintaining the pattern
- Call out numbers or colors while jumping to add another cognitive layer
- Have a partner randomly call changes to the pattern
Video: Cognitive Challenge with Chart-Based Multi-Tasking
In the video below, you can see a cognitive challenge that requires multi-tasking, fast visual processing, and rapid decision-making while performing different tasks depending on the given chart.
This is one example of the cognitive training methods I have been developing. The goalkeeper in the video must read the chart, process what it means, decide on the appropriate response, and execute that response with correct goalkeeper technique. All of this happens simultaneously and under time pressure.
What makes this effective:
The unpredictability of the chart prevents automation. The goalkeeper can’t anticipate what’s coming next; they must process each stimulus as it appears. This keeps the cognitive demand high throughout the exercise.
The combination of cognitive task and physical movement trains integration. The brain must manage both the decision-making process and the motor execution simultaneously, just like in a real game situation.
The novelty of the challenge forces adaptation. This type of exercise is different from standard reaction drills, so the brain must develop new processing strategies to handle it effectively.
Coaching points:
Watch for the goalkeeper maintaining good technical form despite the cognitive load. If technique breaks down significantly, the cognitive challenge may be too high, or the goalkeeper may need more technical work before progressing.
Look for improvement over time. Initially, responses may be slow or incorrect. With practice, processing speed increases and accuracy improves. This improvement reflects genuine neural adaptation.
Vary the chart and the required responses to maintain novelty. Once the goalkeeper becomes comfortable with one version, introduce new variations to continue driving adaptation.
Video – Neural Activation Drills
Here are a few exercises that I love using in the warm-up phase with my goalkeepers. These exercises, and the many possible combinations you can create from them, are great for neural activation, high speed of movement, micro-decision making, speed of reaction, task switching, and short reaction time.
What I particularly like about these drills is that they prepare the brain for what’s coming, not just the body. We often think of warm-up as a physical process: getting the muscles warm, increasing heart rate, mobilizing the joints. But the brain needs activation too. The neural pathways that will be responsible for processing information and making fast decisions during training or a match need to be “switched on” before we ask them to perform at full capacity.
A fatigued or under-activated brain alters athletic performance in ways we don’t always recognize. Goalkeepers might have slower reactions, make more positioning mistakes, or struggle to maintain focus. By including cognitive activation in the warm-up, we’re giving them the best chance to perform at their peak from the very first shot.
These exercises don’t require complicated equipment or a lot of time. They fit naturally into the warm-up phase you’re already doing. And once you understand the principles behind them, you can create your own variations based on what your goalkeepers need and what equipment you have available.
So why not consider the brain when coaching your athletes? It’s working hard during every save, every decision, every moment of the game. It deserves preparation too. 🙂
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