Liverpool Talent Kaylum Moss Confirms Move to Man City
In the latest blow to Liverpool’s academy, U15 midfield star Kaylum Moss has confirmed via Instagram that he is joining Manchester City after ten years at the Reds. The FA has now approved the move, which began in the summer.

In the latest blow to Liverpool’s academy, U15 midfield star Kaylum Moss has confirmed via Instagram that he is joining Manchester City after ten years at the Reds. The FA has now approved the move, which began in the summer. His exit highlights growing concerns under Arne Slot, as top prospects like Joshua Abe, Erik Farkas and Vincent Joseph also hesitate to commit.
After the latest setback at Liverpool, the club has now suffered a major blow at youth level, with highly rated U15 midfielder Kaylum Moss confirming he is joining Manchester City. Considered one of the brightest talents of his age group, Moss spent ten years in Liverpool’s academy before deciding his future lay elsewhere. His move, which required FA clearance, began in the summer and has now been finalised, with the youngster putting pen to paper on a City contract earlier this week.
This departure comes at a time when Liverpool are struggling both on and off the pitch. Under Jurgen Klopp, young players thrived because of an environment that prioritised development and provided a clear path to first-team football. Arne Slot’s approach has been very different. With a smaller squad and a reluctance to rotate, academy prospects now see fewer opportunities to break through.
As a result, several top young players including Joshua Abe, Erik Farkas and Vincent Joseph have still not signed scholarship deals, with major Premier League and European clubs circling. Moss’ exit could signal the beginning of a worrying trend. With the pathway to senior football looking increasingly unclear, Liverpool risk losing what many regard as their strongest academy generation in years, all stemming from decisions made at senior level.

Comments
Sign up or log in to your account to leave comments and reactions
0 Comments