Real Madrid Won’t Seek Replacement for Dani Carvajal, Trust Lucas Vázquez to Step Up
Following the confirmation of Dani Carvajal’s season-ending ACL injury, rumors have swirled about Real Madrid potentially signing reinforcements in the upcoming January transfer window. Speculations have even linked Liverpool’s Trent Alexander-Arnold as a possible target for the Spanish giants. However, according to reports from sources within the club, Real Madrid currently has no plans to enter the market for an emergency replacement.
Despite Carvajal’s absence, the club has expressed full confidence in Lucas Vázquez, who has proven to be a reliable option at right-back. Vázquez, who renewed his contract with the club in July, has consistently delivered solid performances. In the 2023/24 season, he contributed three goals and eight assists in 1,784 minutes, further solidifying his role in the team.
Vázquez has stepped into the right-back role before, most notably during the 2020-21 season when Carvajal faced physical challenges, starting in 34 of 35 matches. Now, Real Madrid believes Vázquez is more than capable of handling the position once again, thanks to his experience and leadership.
Although Carvajal’s injury has raised concerns about Real Madrid’s defensive depth, especially with the possibility of signing a new central defender, the club remains focused on its long-term strategy. Real Madrid is determined to make strategic signings rather than quick fixes, adhering to a well-defined roadmap. The club isn’t reacting impulsively to the situation but remains committed to its overall vision for squad development.
While the situation could change depending on future developments, there is no urgency to enter the winter transfer market. For now, Real Madrid is confident in its current squad, with Lucas Vázquez expected to fill Carvajal’s shoes as the first-choice right-back.
Carvajal’s injury is undoubtedly a significant blow, but the club’s trust in its players signals their confidence in overcoming this challenge without drastic measures.