Victor Munoz suffers fresh muscle injury at 2026 World Cup

Liverpool’s new signing Victor Munoz faces an early setback after suffering a fresh muscle injury while with Spain at the 2026 World Cup. The 21-year-old Spanish winger joined the Reds from Osasuna by activating his £34m release clause, with half the fee paid up front. Munoz was already managing fitness concerns before the tournament and did not feature in Spain’s pre-tournament friendlies or their opening group match. The Spanish FA confirmed: “During the scheduled and individualized recovery process, an additional muscle injury has occurred that will delay his return to competition.” The injury leaves Spain’s World Cup planning uncertain and complicates Liverpool’s early assessment of their new attacker. Munoz was expected to arrive under manager Andoni Iraola with freshness, pace and tactical intrigue. Liverpool have previously navigated availability issues, including Alexander Isak’s injury struggles last season and Hugo Ekitike’s ACL injury, which will keep him out until early 2027. Munoz’s deal remains structured around potential rather than immediate impact. He offers width, direct running and a technical profile suited to Iraola’s aggressive approach. The winger was signed for his long-term value, with Liverpool banking on his development under their coaching structure.

Liverpool sign Victor Munoz for €40m under Andoni Iraola

Spain face Saudi Arabia on Sunday before meeting Uruguay on June 27, with a deep World Cup run expected. Munoz’s role in the tournament remains unclear as both Spain and Liverpool await further updates. For Liverpool, the priority is patience as they integrate a player who arrives as a relative unknown to many supporters.

Liverpool's Chiesa may fit new coach Iraola as Munoz arrives

Iraola must manage risk carefully, balancing Munoz’s recovery with the demands of a competitive Premier League season. The signing’s long-term upside still aligns with Liverpool’s recruitment model, but the timing of his injury adds an unwelcome layer of complexity.