Andamiro Pump It Up Phoenix Dance Simulation Game

Andamiro Pump It Up Phoenix Dance Simulation Game

Phoenix is the latest edition of Andamiro's renowned Pump It Up series, a rhythm and dance video game that debuted in South Korea in 1999. As the successor to Pump It Up XX, the 20th Anniversary edition released four years prior, Phoenix introduces a range of expanded content and technical enhancements to the classic five-step dance simulation format, tailor-made for arcade settings.

A standout feature of Phoenix is the all-new Premium Mode, which targets players seeking more rigorous challenges. This mode exclusively offers six unique songs and requires an AM.PASS card for access. Additionally, the game provides Full Mode for advanced and intermediate players, and Basic Mode for beginners, ensuring a comprehensive experience for all skill levels.

Phoenix is set to captivate both seasoned enthusiasts and newcomers with a scoring system that peaks at 1 million points and introduces new scoring plates. It features an impressive range of 100 score levels, topping off at SSS+ for a flawless performance, and descends through various grades. Moreover, the game enhances its dance step options and restructures over 150 player reward labels.

Music remains a central element in all Pump It Up games, and Phoenix elevates this aspect with an extensive playlist designed for rhythm action. The game includes over 500 tracks, enriched with 150 fresh updates, contemporary K-pop hits, a diverse World Music selection, and popular originals from renowned composers such as Zekk, Litmus*, Sbrem, and Max.

Phoenix is housed in Andamiro's modern Pump It Up cabinet, the LX 55″ model, and offers upgrade kits for compatibility with existing LX, TX, CX, and FX cabinet models. Technical improvements in Phoenix include operation on a solid-state drive (SSD) for enhanced performance and reliability, and an updated system that no longer requires USB for login, UCS (user custom steps), and software updates, relying solely on the AM.PASS for these functionalities.