認知科學視角下的足球專項熱身優化：概念導引與實務應用

Optimizing soccer-specific warm-up from a cognitive science perspective: Conceptual framework and field applications

在運動科學領域中，足球的科學化訓練與選手能力檢測一直是重要研究議題，其中熱身運動更被視為影響運動表現與傷害預防的關鍵環節。傳統上，熱身主要著重於提升核心體溫與活化神經肌肉系統，以協助身體進入訓練與比賽狀態。然而，近年研究進一步指出，熱身亦可對認知功能產生急性促進效益，使其在運動表現中扮演更為多元且關鍵的角色。此一觀點對高度仰賴動作技能、團隊合作與即時決策的足球運動尤為重要。綜整既有研究，足球熱身不僅能提升生理準備與專項體能表現，亦有助於促進警覺性注意力與認知表現，且其效益具有時效性，並可能受運動型態與任務特性所調節。然而，目前仍缺乏不同熱身形式在認知效益上的系統性比較與明確設計原則。有鑑於此，本文結合認知科學原理與相關實證研究，提出足球熱身優化設計之四大核心原則，包括明確界定熱身所欲訓練之認知技能、依選手狀態進行動態調整、避免初期納入高複雜度之認知與動作雙重負荷，以及透過主、客觀工具監控熱身強度，並進一步提出具體設計架構與模組，期望作為教練實務與未來研究之參考。本文期望此一整合性架構能作為未來研究設計與實務應用之重要參考，促進運動科學於競技運動領域之創新發展，並持續推動表現優化之熱身策略。

In the field of sport science, scientific training approaches and athlete performance assessment in football have long been important research topics, with warm-up activities widely regarded as a critical component influencing both sport performance and injury prevention. Traditionally, warmups have primarily focused on increasing core body temperature and activating the neuromuscular system to prepare athletes for training and competition. However, recent studies have further indicated that warm-up activities can also produce acute facilitatory effects on cognitive function, highlighting a more multifaceted and essential role in sport performance. This perspective is particularly relevant for football, a sport that relies heavily on complex motor skills, team coordination, and rapid decision-making. Synthesizing existing evidence, football-specific warmups have been shown not only to enhance physiological readiness and sport-specific physical performance, but also to promote alertness and cognitive performance. Importantly, these effects appear to be time-sensitive and may be moderated by exercise modality and task characteristics. Despite these findings, there remains a lack of systematic comparisons examining the cognitive effects of different warm-up formats, as well as a clear set of design principles to guide the effective enhancement of cognitive and neural function through warm-up. In light of these gaps, the present paper integrates principles from cognitive science with existing empirical evidence to propose four core principles for optimizing football warm-up design: (1) clearly defining the specific cognitive skills targeted during warm-up, (2) dynamically adjusting warm-up content based on athletes’current performance and adaptation states, (3) avoiding the early introduction of highly complex combinations of cognitive and motor demands to reduce dual-task interference, and (4) employing practical and effective subjective and objective tools to monitor warm-up intensity. Furthermore, this paper proposes a structured design framework and specific modules for football-specific warm-ups, with the aim of providing practical guidance for coaches and a foundation for future research. It is hoped that this integrative framework will serve as an important reference for future research design and practical application, promote innovative developments in sport science within competitive sport, and further advance warm-up strategies aimed at optimizing performance.