Liverpool’s chase of Crystal Palace winger Michael Olise may come to an end as it is said that he would want to sign for Manchester United. Real Madrid finishes getting ready before leaving for Manchester.

Olise’s lifelong devotion to Manchester United may sway his decision in their favour, even though his performances have led Liverpool and Chelsea to want to activate his £60 million release clause.

The athlete chose to remain at Selhurst Park longer even though a £35 million release clause was activated. The player had already declined a transfer to Chelsea in the summer. He signed a new deal shortly after he made the decision to stay, which increased his release clause.

He has played brilliantly this season despite injuries, scoring nine goals in just 12 games, which has made him a desirable transfer target. Liverpool is trailing Man United in the race to recruit the Palace player.

Liverpool has indicated that Olise might be a target to bolster their offensive line as they continue to search for reinforcements. However, Football Transfers asserts that the Reds may need to reevaluate their hiring strategies given that the player is reportedly leaning towards Man United.

Picture of Olise Palace 2023–24 Man United and Liverpool are both showing interest in Michael Olise. Additional Michael Olise Stories According to ESPN, Man United is apparently thinking about signing Olise in order to perhaps replace Antony before the next season.

But Antony is having yet another disappointing season at Old Trafford, and Saudi Arabia is set to express interest in him, so he may be allowed to depart in the summer. Liverpool is making plans for life without Salah.

The Merseyside club may have been drawn to Olise because Mo Salah is expected to leave the team soon. Saudi Arabia is still interested in the Egyptian’s talents as he approaches the summer and the end of his contract at Anfield. As a left-footed right winger who shares similarities with Salah, Olise has been shortlisted by the Reds for their long-term Salah replacement.