"Scanning," or "checking your shoulder," is a crucial skill in hockey that involves observing the field to gather information before and during play. This deliberate act of looking away from the ball to survey teammates, opponents, and available space is a hallmark of elite players, enhancing their decision-making and anticipation. Sports scientist Geir Jordet defines it as a body or head movement directed away from the ball to gather relevant information for a subsequent action. Essentially, players are taking "pictures" of their surroundings to pre-plan their next move.
Top players consistently practice scanning, with legendary coach Arsène Wenger noting that "very good players scan six to eight times in 10 seconds before getting the ball, and normal ones only three to four times." This constant head movement creates a mental map of the game situation, allowing elite players to act quicker and smarter upon receiving the ball. For instance, Xavi Hernández reportedly scanned almost 0.8 times per second, and English Premier League players average around 0.6 scans per second, highlighting scanning as a key component of game intelligence that differentiates top-tier players.
Scanning is vital for performance, directly impacting decision-making, anticipation, and execution under pressure. Research by Jordet and colleagues shows a strong correlation between high scanning frequency and improved on-field performance. Players who scan more frequently tend to have higher pass completion rates; in one analysis, frequent scanners in the English Premier League completed 81-83% of their passes, compared to 60-64% for those who scanned least. This demonstrates that gathering visual information leads to more accurate and effective ball distribution.
Scientific studies further suggest that scanning reduces a player's reaction time and cognitive load. By assessing their environment before the ball arrives, players are better prepared and can process information more efficiently. Elite players are known to pick up more information peripherally and anticipate situations better than novices. A study on professional midfielders revealed that higher scanning frequency directly correlated with a greater likelihood of performing productive actions, such as turning with the ball and making forward passes, as opposed to playing backward or losing possession.
The timing of scans is as critical as their frequency. The best players time their glances when the ball is traveling or between touches, ensuring they don't lose sight of the ball during crucial moments. This "critical scan"—the last look just before receiving the ball—helps players make the correct decision upon control. Effective timing means players update their mental picture of the field at the last second, allowing for precise and informed actions.
Scanning also leverages peripheral vision. Players with good scanning habits combine central vision (for the ball) with peripheral awareness (for surrounding movements), enabling them to detect threats or opportunities without a full head turn. This speeds up decision-making by allowing players to register opponent positions or open spaces quickly. Increased information, reduced surprise, and faster mental processing are key benefits of consistent and well-timed scanning.
The good news is that scanning is a trainable skill. Solo training methods can significantly improve this ability using simple equipment like cones, walls, or mirrors. These drills aim to make scanning a natural habit:
Analysing professional players is an excellent way to improve scanning. By observing players known for exceptional field awareness, such as Frank Lampard or Rachel Daly, you can learn when, where, and how they scan.
Scanning is not just a physical skill but is deeply rooted in cognitive processing and neuroscience. It's the first stage of decision-making: "assess (take in information), decide, and execute." Scanning feeds the brain's working memory with up-to-date information, helping players recognise patterns of play and anticipate what will happen next. Expert players' brains handle these tasks faster, developing a mental library of situations from repeated scanning experiences. This allows for split-second anticipation, similar to a chess player predicting moves in advance.
To train the brain for better scanning, players can engage in:

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