Barcelona coach Hansi Flick expressed clear frustration after defenders Jules Koundé and Alejandro Balde both sustained hamstring injuries in the match against Atlético Madrid on Tuesday. Flick described himself as unhappy with the situation and indicated he plans to speak with the club’s medical staff to better understand how the injuries occurred and what can be done to prevent similar problems going forward.
Koundé and Balde, important members of Barcelona’s defensive line, were forced to leave the game due to their respective muscle problems. Hamstring issues are a recurring concern for elite players given the physical demands of modern football, and losing two starters in the same area of the body in a single match underlined Flick’s irritation and concern about player welfare and squad depth.
While specific timelines for their recovery were not immediately available, Flick’s comments highlighted his desire to review the team’s workload management, training intensity, and medical protocols. The coach signaled that internal discussions with the medical and performance departments are forthcoming as the club seeks to protect its players during a congested calendar.
Koundé has been a central figure in Barcelona’s back line, capable of operating both as a centre-back and right-back, offering versatility and stability in defence. Balde, meanwhile, has become a key option at left-back with his pace and ability to contribute both defensively and in attack. Their simultaneous absence could force Flick to adjust his tactical plans and rely more heavily on other members of the squad or younger players from the academy.
The injuries arrive at a challenging moment in the season, with Barcelona juggling domestic and European commitments and looking to maintain momentum. Flick’s public remarks about being unhappy with the situation underscore the importance he places on player fitness and the need for close coordination between the coaching and medical teams. Further updates from the club are expected once medical assessments of Koundé and Balde are completed and a clearer picture of their respective recovery paths emerges.
