Chelsea are now expected to submit an offer to sign 21-year-old Argentine international Alejandro Garnacho from Manchester United.
They have done background checks on the player, and they are now prepared to accelerate their efforts to get the deal done. According to a report from The Telegraph, they will table an offer for the 21-year-old Manchester United wonderkid.
He has fallen down the pecking order at Old Trafford, and he is no longer a key player for Ruben Amorim. Manchester United want to get rid of the player, and Chelsea are looking to snap him up. He could be an asset for Chelsea in the long term if they manage to get the deal across the line. They need more depth in the attacking unit, and the 21-year-old would be a useful acquisition. He’s a dynamic attacker capable of slotting into multiple attacking roles.
Meanwhile, he is highly rated across Europe, and he has a bright future. If Chelsea can groom him properly, he could develop into a star for them. They have previously done well to nurture young players, and they will hope to help the South American fulfil his potential. Manchester United could regret their decision to let a prodigious young talent like Garnacho leave the club. They are already lacking in depth in the attacking unit, and the departure of the South American will only weaken them further. It will be interesting to see how the situation develops.
Chelsea move could be tempting
Meanwhile, the player will certainly relish the opportunity to join one of the biggest clubs in the country, and he will be desperate to prove his quality at Chelsea. He will be hungry to show his worth at Stamford Bridge, and he will look to show Manchester United what they are missing out on.
His desire to succeed will be an added bonus for Chelsea if they manage to get the deal done. It will be interesting to see if the two clubs can agree on a reasonable fee. Chelsea know that he is unwanted at Manchester United, and they will not want to pay a premium. Manchester United will have to be reasonable with their demands.