
Crystal Balls
55 models · released Feb 1, 2025
Models 55
Broken Heart0.5%
Disco0.5%
Druid Circle0.5%
Femme Fatale0.5%
Honey Cake0.5%
Sanguine0.5%
The Lich King0.5%
The Seeker0.5%
Wednesday0.5%
Baller1%
Billiard1%
Bozo Clown1%
Daisy1%
Incubus1%
Nebula1%
Oculus1%
Original Sin1%
Samhain1%
Skullberry1%
World Cup1%
Pink Panther1.5%
Poor Kitty1.5%
Tim Burton1.5%
Amanita2%
Cartoon2%
Crash Test2%
Electric Shock2%
Fortune2%
Frankenstein2%
Hot Head2%
Inkwell2%
Opacity2%
Past Tell2%
Pink Chess2%
Rainbow2%
Spice Storm2%
Teddy Bear2%
Vitamin C2%
Warhol2%
Brain Freeze3%
Death Wish3%
Deathquik3%
Fatal Error3%
Fuschia3%
Futuristic3%
Ghosted3%
Lady Death3%
Martian3%
Peridot3%
Prophet3%
Red Skull3%
Refreshing3%
Seeing Red3%
Silver3%
Warlock3%
About the collection
Crystal Balls is a Telegram NFT gift collection on the TON blockchain with 55 model variants. Its rarest model is Broken Heart, found in just 0.5% of mints. The collection launched on February 1, 2025.
The "Crystal Balls" collection on Telegram features a set of 49 unique digital collectibles, each depicting a crystal ball with a distinct theme and design. From the macabre Lady Death to the artistic Warhol and whimsical Teddy Bear, the collection showcases a diverse range of characters and concepts encapsulated within a spherical format. The visual style varies greatly between models, making for a highly eclectic and engaging set.
History
In late October 2024, Crystal Balls were released as a Telegram gift, with a total supply of 27,732. Upgrades to unique collectibles opened in January 2025. By October 2026, 26,779 of the pieces, about 97% of the supply, had gone through the upgrade. The collection consists of 55 models. The lowest chance on upgrade, 0.5%, is shared by 9 models, including Broken Heart, Disco and Druid Circle.
Symbolism
Crystal balls often represent foresight, intuition, and the ability to glimpse into the unseen. The "Crystal Balls" collection playfully explores these themes by presenting different perspectives and interpretations of fate and destiny within each unique ball.



