ALLKPOP

TWICE’s Momo reveals rare 2003 Suicune ex Pokémon card worth 3 million won

By ALLKPOP

Momo of TWICE posted selfies on July 24 that showed a rare 2003 first edition “Suicune ex” ultra-rare holo Pokémon card graded PSA 9, with a market price of about 3 million won (approximately $2,200).

The photos were uploaded to her social media with no caption. In them, Momo wore rimless glasses and a beige top that revealed one shoulder. She posed as if on a phone call while showing her signature charm.

Advertisement

The images also included the Pokémon card that had earlier made headlines when it was spotted behind her phone case at the airport.

One playful shot shows Momo sticking the card to her cheek while looking directly at the camera. After the photos drew attention, she posted a video revealing the protective plastic case that once housed the card — a detail treasured by collectors who use such cases after grading their cards.

The card is identified as a 2003 first edition “Suicune ex” ultra-rare holo card, graded PSA 9. Over 20 years since its release, it holds a market price of about 3 million won (approximately $2,200).

Nayeon: “Steal the card,”

Netizens reacted with amazement and admiration for Momo’s hobby and for how casually she carried the valuable card. Comments included:

Netizens: “That’s an incredibly rare card, impressive,”

Netizens: “Putting it behind a phone case is powerful,”

Netizens: “Momo’s reveal might even boost the card’s value.”

Fans also praised her beauty and playful spirit, and the post quickly became a hot topic. The unexpected peek into Momo’s personal interest highlighted the diverse passions idols have beyond music, and the card’s rarity and value drew attention from collectors and fans worldwide.

Share this

Leave a Reply

Your email address will not be published. Required fields are marked *

Tip: **bold** _italic_ __underline__ ||spoiler|| No links

Fan-choice voting

Ready to make your bias shine?

Cast your vote, rally your fandom, and watch the numbers climb in real time.