IU Captivates Fans And Tops Poll As The Best K-Pop Female Idol Role Model

K-Pop artists are much more than performers who sing and dance in front of crowds of people. For many, they are figures to look up to, both on and off stage. Recently, Kpopmap asked K-Pop fans to vote in the poll “Who Is The Best K-Pop Female Idol Role Model?“. The results are in and one name rose above the rest.

Out of all the stars on the list, IU claimed first place with 52.5% of the total votes, showcasing her undeniable impact within the K-Pop community.

The poll featured some of the most beloved stars in K-Pop. Considering IU’s presence as both a singer and actress, it may not come off as a surprise to see her at the top. The dedication to her craft, on top of the endless kindness she shows to her fans has helped IU become someone many aspire to be. Whether it’s through singing, acting, or just being a good person, fans hope to follow in her footsteps.

Right behind her in the standings was BLACKPINK’s Jennie, who earned 33.9% of the votes. Ever since her debut with BLACKPINK, Jennie has solidified herself as one of K-Pop’s most influential stars. Despite receiving countless criticism over the years, she continues to move forward and prove all the haters wrong with confidence and grace. Rounding out the top three was aespa’s Karina, whose talent and beauty has captivated the entire K-Pop community and beyond.

Other names that appeared in the poll include ITZY’s YeJi, LE SSERAFIM’s Kim ChaeWon, and IVE’s Jang WonYoung. Though each artist has their own strengths and come from different groups, one common trait that they share is their ability to inspire fans and act as a shining light for others. Even through the screen, their passion and authenticity is apparent, acting as a source of motivation to all.

Though everyone listed above are bright, shining stars in their own right, they all continue to remain humble and strive to grow every day. This poll reflects their massive influence within K-Pop and how fans see them as true role models.