Arsenal have approached Bayer Leverkusen with a view to signing centre-back Piero Hincapié before the transfer window closes, sources told ESPN.
Mikel Arteta's side have already strengthened their defence with the signing of Cristhian Mosquera from Valencia, but sources said they are considering another defender while they negotiate the transfer of Jakub Kiwior to Porto.
The deal is complicated by Arsenal's need to transfer players out to raise money before new signings are made with Fabio Vieira, Reiss Nelson and Oleksandr Zinchenko among those with an uncertain future at the Premier League side.
- Why everyone is talking about Arsenal's Max Dowman, 15
- Arsenal look like title contenders, but depth could be tested
- Saka hamstring injury not as bad as first feared
ESPN reported last week that Hincapié was on the radar of several Premier League clubs, and now sources claim that Arsenal are best placed to sign him if he leaves Leverkusen.
According to ESPN, Hincapié has a release clause of around €60 million ($70m), but Arsenal will try to lower that amount.
However, the deal will not be easy because the 23-year-old still has a contract with Leverkusen until 2029 and the Bundesliga club wants to keep him.
Newer articles
Older articles
Duleep Trophy semifinals: Ruturaj Gaikwad scores crucial ton for West Zone, sends strong message to selectors
Yastika Bhatia ruled out of Australia ODIs and World Cup
Women's ODI World Cup 2025: Tickets at $1.14 Make it Most Affordable ICC Event Ever
New York Assemblyman Zohran Mamdani's Style Guide: 5 Fashion Tips for the Modern Man
Naomi Osaka jokes US Open exit stings less than missing her 'Osaka labubu' reveal
Ross Taylor comes out of retirement to play for Samoa
NASA-ISRO successfully deploy world’s largest radar antenna in orbit; a milestone in Earth observation
Ssunita Ahuja clarifies remarks comparing son Yash's debut with Ahaan Panday's Saiyaara: 'I am big fan...'
Best Place To Play Poker Online: Find The Best Place To Play Poker Online
NASA-backed study finds revolutionary technique to produce oxygen for Moon and Mars missions