Paclitaxel-eluting stents' (Eluvia and Zilver PTX) effectiveness has been recently reported for femoropopliteeal (FP) lesions. However, there is no evaluation of one-year late lumen loss (LLL). Therefore, we evaluated one-year LLL after implantation with Eluvia or Zilver PTX. Methods: This was a multicenter, prospective study. Patients who had symptomatic de novo lesions in the native FP artery were enrolled. The primary endpoint was one-year angiographic LLL, and the secondary endpoints were binary restenosis and target lesion revascularization (TLR) at one year. Results: From December 2015 to December 2016, 48 patients (Eluvia, 36 patients; Zilver PTX, 12 patients) were enrolled. No significant difference was found in baseline and lesion characteristics between both groups. One-year, LLL was significantly lower in the Eluvia group (0.60 {plus minus}0.80 mm) than in the Zilver PTX group (1.74 {plus minus}0.89 mm) (P 0.0003). Negative LLL was observed only in the Eluvia group (0% vs. 23%, p 0.096). The binary restenosis rate was significantly lower than in the Zilver PTX group (0% vs. 16.7%, P 0.012). The one-year TLR in the Eluvia group tended to be lower (0% vs. 8.3%, P 0.08). Stent thrombosis was not observed in either group. Conclusion: One-year LLL in the Eluvia group was significantly lower than that in the Zilver PTX group for FP lesions. tion (TLR) have decreased 7, 8). However, successful initial vessel preparation using standard PTA is necessary in order to proceed with treatment using a DCB; therefore, it difficult to make DCBs the first-choice treatment. In recent years, a polymer-coated paclitaxel-eluting stent (Eluvia) has become available, and revascularization strategies for FP lesions are changing. In the MAJESTIC trial 9) , an international, multicenter single-arm study, the primary patency in the first year was 96.4% and in the second year was 83.5%, which are very high patency rates. The IMPE