- Mikel Arteta has shown a commitment to youth development during his tenure at Arsenal, giving significant opportunities to Hale End academy graduates like Bukayo Saka, Emile Smith Rowe, and Eddie Nketiah. Now, Nwaneri has emerged as the latest young talent to break into the first team from the academy.
Ethan Nwaneri of Arsenal delivered a stunning performance during the Premier League match against Nottingham Forest at the Emirates Stadium on November 23, 2024. Following his impressive display, Arsenal is reportedly interested in signing one of European football’s rising stars.
Mikel Arteta has shown a commitment to youth development during his tenure at Arsenal, giving significant opportunities to Hale End academy graduates like Bukayo Saka, Emile Smith Rowe, and Eddie Nketiah. Now, Nwaneri has emerged as the latest young talent to break into the first team from the academy.
In addition to promoting players from within, Arsenal is also active in the transfer market, eyeing potential future stars. One such player is Antonio Cordero of Malaga CF, who has caught the attention of the Gunners. The 18-year-old has made a mark in the Segunda Division this season, contributing 3 goals and 3 assists in 13 appearances. His potential availability at a "bargain" fee has heightened Arsenal's interest.
However, Cordero is also on the radar of top clubs like Barcelona, Real Madrid, Bayern Munich, Juventus, PSG, Manchester City, Manchester United, and Aston Villa. Should Cordero join Arsenal, Arteta could envision a promising partnership on the pitch between him and Nwaneri as they both transition into first-team roles.
This scenario opens the possibility of Nwaneri claiming the left-eight midfield position alongside Martin Ødegaard, who operates on the right. Much of Ødegaard’s success has stemmed from his chemistry with Saka, which serves as a central element of Arsenal's attack. With Cordero’s pace and technical skills, he could develop a similarly impactful connection with Nwaneri, further enhancing Arsenal's attacking options.
Read More