Courtois Stars as Liverpool and Real Madrid Battle to Stalemate

Liverpool, England – The UEFA Champions League clash between Liverpool and Real Madrid at Anfield ended in a tense 0-0 draw on November 4, 2025. Despite both teams creating multiple chances, strong defensive plays and stellar goalkeeping kept the scoreline level.

In the first half, Liverpool dominated possession with 60.5% while Real Madrid’s Thibaut Courtois emerged as the key player, making three crucial saves to deny attempts from Szoboszlai and Mac Allister.

The match began with both teams assessing each other’s strategies. Liverpool’s midfield was active, but Real Madrid’s defense, bolstered by Courtois’s performance, thwarted their efforts. On the other side, Real Madrid launched counterattacks but struggled to find the back of the net.

Courtois’s incredible reflexes were on display, particularly his stop against Szoboszlai’s powerful shot in the 41st minute. He continued to secure the goal as Liverpool pushed for a breakthrough before halftime.

Referee Istvan Kovacs faced challenges as well; a potential penalty for Liverpool due to a handball by Tchouameni was ruled out after VAR review. Madrid also had a moment of danger when Bellingham‘s shot was saved just before the whistle blew for halftime.

The second half maintained the intensity as both teams searched for an opening goal. Liverpool’s defense, led by Van Dijk, held firm against Madrid’s attacks. The weather contributed to a charged atmosphere; both sets of fans remained vocal throughout the match.

With the draw, Liverpool earned a crucial point to boost their Champions League position, while Real Madrid preserved their unbeaten record in the tournament. Both teams will take valuable lessons into their next matches as they aim for the knockout stages.

As the final whistle blew, neither side could claim victory, leaving fans eager for their respective campaigns to continue, especially with notable performances from both goalkeepers in a game characterized by strategic depth and high tension.