OBJECT
Description
Original artwork by independent Korean fashion designers — designed in Korea, printed on demand near you.
Futuristic Metallic Star: Glitch Art, Edgy Cyber-Punk Vibes
Step into the future with our Static Bloom tee, a striking design for those who embrace the edgy and the electric. This tee captures a playful cyber-punk spirit, perfect for making a bold statement with a touch of glitchy rebellion. It’s an invitation to explore a world where digital meets street style.
The Design
Adorning the back panel, the Static Bloom design unfolds as a vibrant, somewhat glitchy tableau. A central metallic star, wearing headphones, anchors the composition, surrounded by a dynamic blend of abstract geometric shapes and cyber-punk inspired elements. You’ll find playful bubble text, cheerful smiley faces, intricate checkered patterns, and simulated bar codes, all intertwined with a frequency display. The color palette pulses with silver, black, purple, yellow, white, and grey. Interspersed throughout are evocative English phrases like ‘STATIC BLOOM’, ‘DROP 001 / HIGH FREQUENCY’, ‘LOUD BUT LOWKEY’, ‘NO SIGNAL’, ‘MADE FOR THE AFTERHOURS’, ‘NEW WAVE GOODS’, and ‘SB 01.01’, cementing its futuristic, edgy vibe.
Material & Fit
Crafted from a premium 100% Airlume combed and ringspun cotton, this t-shirt offers a soft, lightweight feel at 142 gsm. It features a modern retail fit, designed with side seams and shoulder taping for optimal shape retention and a comfortable drape. Pre-shrunk for consistent sizing, it boasts double-needle hems and shoulder-to-shoulder taping for enhanced durability, all finished with a convenient tear-away label.
Sizing & Care
- Available in sizes XS through 3XL
- Care: Machine wash cold inside out, tumble dry low, do not iron print
Designed in Korea, Printed for You
Every StyleMZ design is born in our Korean studio, bringing you original art with a contemporary edge. Your Static Bloom tee is freshly printed on demand only after you order, ensuring each piece is made especially for you. This made-to-order approach helps minimize waste and supports a more sustainable production model.
