Reporting note: this article draws on Sky Sports; TaxiSports provides the summary and editorial framing.
Forward Line Restructuring Plan
Tottenham Hotspur are working to finalize up to three attacking additions before the close of the summer transfer window. The operational target involves securing Manchester City winger Savinho, Liverpool forward Cody Gakpo, and a dedicated central striker to establish manager Roberto De Zerbi's preferred offensive structure.
Positional Targets and Market Dependencies
The execution of these deals depends on cascading movements across domestic and European market channels:
- Savinho: The winger is prepared to complete terms with Tottenham, but Manchester City's clearance remains contingent on securing an incoming replacement following the departures of Rodri and Tijjani Reijnders.
- Cody Gakpo: Tottenham's formal advance for the Liverpool attacker depends on Liverpool finalizing acquisitions for Paris Saint-Germain forwards Bradley Barcola and Ibrahim Mbaye. While Gakpo provides tactical flexibility across central channels, he is not primarily earmarked for the permanent No. 9 role.
- Pedro Neto: The Chelsea forward serves as Tottenham's primary contingency if the wide corridor approach for Gakpo stalls.
- Omar Marmoush: The Manchester City forward is shortlisted to occupy the central link-up and finishing zone, with the deal subject to City securing an offensive replacement.
Squad Balance and Spending Outlay
Should Tottenham complete all three offensive additions, their total summer intake will reach nine first-team arrivals. The club has already committed over £200m across six signings to rebuild its core spine under Roberto De Zerbi.
Previous confirmed arrivals include midfielders Sandro Tonali and Mateus Fernandes for a combined £185m, central defender Jan Paul van Hecke for £52m, alongside free-transfer additions Marcos Senesi, Andy Robertson, and Martin Dubravka.
Structural Assessment
Entropy Index: 6.4/10
Tottenham's proposed final-third layout offers high vertical variance and positional interchange, but current operational execution remains constrained by multi-club replacement sequences.

