Fantasy Premier League: Haaland Outshines Salah in Opening Gameweek

What's Happening?

In the opening Gameweek of the 2025/26 Fantasy Premier League season, Erling Haaland of Manchester City outperformed Liverpool's Mohamed Salah, much to the delight of over 1.3 million FPL managers who captained him. Haaland scored two goals in Manchester City's 4-0 victory over Wolverhampton Wanderers, earning a total of 13 points, five more than Salah's 8 points in Liverpool's 4-2 win against AFC Bournemouth. Haaland's performance included six shots inside the box, marking his best tally since a previous match against Leicester City. Meanwhile, Salah continued his impressive record of never blanking in a Gameweek 1, accumulating 107 points across nine opening weekend appearances.

Why It's Important?

The performance of key players like Haaland and Salah in the Fantasy Premier League has significant implications for millions of participants who rely on these players for points. Haaland's strong start could influence future captaincy decisions and player transfers among FPL managers. His ability to consistently score against teams like Wolves enhances his reputation as a reliable choice. On the other hand, Salah's continued success in opening games reinforces his status as a dependable pick. The dynamics between these two players could shape the strategies of FPL managers throughout the season, impacting the overall competition and engagement in the league.

What's Next?

Attention now shifts to other top players like Cole Palmer of Chelsea, who is among the most-captained players for the current Gameweek. Palmer's upcoming performance against Crystal Palace will be closely watched, as he has a history of strong showings against them. FPL managers will be evaluating his performance to decide on future captaincy and transfer strategies. Additionally, the ongoing performances of players like Hugo Ekitike, who has started his Liverpool career impressively, will also be under scrutiny as managers look to optimize their teams for maximum points.