Tottenham Hotspur and Manchester United have an interest within the Brentford midfielder Yehor Yarmolyuk through the January switch window.
The 21-year-old has finished effectively within the Premier League, and he might show to be a wonderful addition for the 2 golf equipment. Each groups want extra depth in the course of the park, and the 21-year-old can be a long-term acquisition.
Brentford not able to lose Yarmolyuk
In accordance with TeamTalk, Brentford are unwilling to promote the participant in January, and it stays to be seen how the scenario develops. The report additional claims that the participant might be offered for a proposal of round £30 million. Spurs and Manchester United definitely have the monetary muscle to pay that form of cash for the Ukrainian.
He has the physicality and technical attributes to compete on the highest stage, and he might be an asset for each groups. Nonetheless, Brentford have already offered a number of key gamers in the summertime, and they won’t wish to weaken the squad additional. Any transfer might need to attend till the summer season switch window. Brentford will wrestle to switch Yarmolyuk through the January switch window.
Each groups might use Yehor Yarmolyuk
In the meantime, Tottenham and Manchester United will probably be pushing for Champions League qualification this season, they usually want as a lot high quality as they will get. Enhancing the workforce in January can be a sensible determination. They want extra physicality and management within the midfield. The 21-year-old Ukrainian will assist them enhance. He might show to be a distinction maker for them through the second half of the season.
Convincing the midfielder to affix won’t be too tough for them. He will probably be excited to affix the 2 golf equipment. They’re among the many largest within the nation, they usually have an thrilling undertaking. It will likely be attention-grabbing to see how the scenario unfolds. Yarmolyuk has labored with Thomas Frank previously and he might be eager on a reunion.