HOP MOVE CUBIC LETTERING SWEATSHIRT [BLACK]
HOLY NUMBER 7
$86.00
Product Insights & Style Tips
The HOLY NUMBER 7 HOP MOVE CUBIC LETTERING SWEATSHIRT in black channels a street-meets-cosmos energy. An oversized, hip-hop inspired silhouette is punctuated by striking cubic lettering and a galaxy-inspired design that captures traces of starlight, aligning with the 25SS season mood. The premium cotton-polyester blend feels breathable and soft, with a weight that drapes into a relaxed, confident shape.
Free-size with a relaxed fit, it reads 69 cm in length and 126 cm through the chest, sitting easy over tees or light layers. The silhouette accommodates the body without clinging, making it simple to layer over a slim top or under a longer jacket, and it moves with you from errands to evenings out. Moisture-wicking properties help it stay comfortable as the tempo shifts.
Trend context: HOLY NUMBER 7 leans into graphic streetwear with a cosmic twist, pairing bold typography with a space-y mood. This piece teams with wide denim, sleek leggings, or cargo silhouettes for a city-ready look that feels fresh, while nodding to the brand's kinetic approach to modern street style.
Materials / Fabrication
- Oversized hip-hop inspired sweatshirt
- Striking cubic lettering design
- Galaxy-inspired design
- Premium cotton-polyester blend (60/40)
- Breathable and moisture-wicking properties
- Free-size design with relaxed fit
- Length: 69 cm
- Chest: 126 cm
- Country of Origin: Korea
- Color: Black
Recommended Care
- Machine wash cold with like colors; gentle cycle
- Turn garment inside out to protect the print
- Do not bleach or use fabric softeners that can degrade prints
- Tumble dry low or hang dry to preserve shape
- If needed, iron on low heat away from the graphic or use a protective cloth
Fit Notes
- Oversized free-size silhouette with a relaxed fit through the torso.
- Made from a 60/40 cotton-poly blend for breathable comfort and moisture-wicking performance.
- Free-size design provides a 69 cm length and 126 cm chest for drape and layering.