European national soccer teams are implementing heat-mitigation strategies to prepare for high temperatures during the 2026 [1] World Cup.
These measures are critical because extreme heat can impair athlete performance and increase the risk of injury. European teams are attempting to neutralize a climatic disadvantage in North America, where the tournament will be hosted across the U.S., Canada, and Mexico [2].
To combat the weather, teams including England and France are utilizing air-conditioned training facilities [3]. England has specifically benefited from climate-controlled environments between training sessions to maintain player recovery [3]. Other UEFA members are adopting altered training schedules, and increased hydration protocols to ensure players can withstand the summer peak [2].
Tactical adjustments are also being considered to manage energy expenditure on the pitch [2]. For France, certain players like Michael Olise have already stood out for their ability to cope with challenging conditions [3].
Historically, European teams have struggled to win the tournament when it is held outside of Europe. Since the competition began in 1930, only two World Cup wins have been achieved by nations from outside the European continent [2]. This trend has driven the current urgency to integrate sports science and environmental control into their preparations.
“European teams are attempting to neutralize a climatic disadvantage in North America.”
The shift toward climate-controlled preparation highlights a growing reliance on sports science to offset environmental variables. By treating temperature as a tactical hurdle rather than an inevitability, European powers are attempting to break a historical trend of failure in non-European climates, potentially shifting the competitive balance of the 2026 tournament.
