ITZY’s «Motto (remixes)» strips K-pop to acoustic across four tracks

JYP Entertainment’s ITZY have released “Motto (remixes),” a four-track EP that stretches their signature song into formats far from its original shape. The collection is anchored by an unplugged arrangement — a deliberate step away from the maximalist production the group has built their reputation on.

“Motto (Unplugged Ver.)” strips away the layered electronic production of the original track and arrives at something quieter: vocals front and center, the arrangement scaled back to reveal what sits underneath. For a group known for choreography-heavy performance and girl-crush energy, the move is conspicuous. It doesn’t sound like a K-pop release. That gap between what ITZY are known for and what the unplugged version offers is where this EP earns its interest.

ITZY — Yeji, Lia, Ryujin, Chaeryeon, and Yuna — have operated within JYP’s promotional machine since their debut, building a distinct identity around the “M (My Lyric My Message)” concept. Remix EPs are a familiar commercial tool in K-pop: they extend catalog life without requiring a full comeback cycle. “Motto (remixes)” does not escape that logic entirely.

What sets this EP apart from pure catalog maintenance is the unplugged track’s willingness to abandon the sonic armor K-pop groups rely on. The move arrives as more acts publish acoustic sessions, live recordings, and rearrangement collections as official releases — an acknowledgment that audiences want more than one register from their artists. ITZY’s entry into that space reads as deliberate rather than incidental.

The limitations are real. Four tracks is a narrow statement, and the absence from major streaming platforms keeps the EP’s reach largely within the existing fandom. Whether ITZY treat the acoustic direction as a genuine creative lane or a contained experiment depends entirely on what follows.

“Motto (remixes)” was released on May 22, 2026, and is registered on MusicBrainz as a four-track EP. ITZY’s subsequent releases will determine how much weight this experiment actually carries.