Turkey's decision to acquire 100 expendable unmanned surface vessels (USVs) from Aselsan/Ares, STM/Yonca, and Havelsan/Sefine represents more than routine defense modernization—it accelerates the global transition to naval drone swarms as a core asymmetric capability. The Defense News report details the February 2026 Defense Industry Executive Committee approval and the platforms' low-profile designs with Mk 82-equivalent payloads, LOS/satellite links, and cooperative autonomy. Yet it underplays how this directly evolves tactics proven in the Black Sea, where Ukraine's Magura V5 USVs repeatedly struck Russian vessels despite Moscow's superior conventional fleet. Turkey's distributed procurement across three consortia enables rapid scaling and doctrinal experimentation with four-drone swarms, addressing a gap the original coverage overlooks: interoperability testing under contested electromagnetic conditions. This builds on patterns seen in Iran's Shahed-series proliferation and Houthi Red Sea attacks, where low-cost, attritable systems erode high-value targets. Synthesizing data from the IISS Military Balance 2025 and RUSI's analysis of Ukraine's maritime drone campaign reveals Turkey is positioning itself as both consumer and exporter, mirroring its Bayraktar success. The move heightens risks in the Aegean and Eastern Mediterranean, where swarm density could overwhelm Greek or NATO surface groups lacking dedicated counter-USV layers. Missed in initial reporting is the intelligence dimension: these platforms' real-time data-sharing architecture invites hybrid operations blending strike and ISR, potentially complicating attribution in gray-zone incidents.