CLIFTON 650G ZIP HOODIE

CLIFTON 650G ZIP HOODIE

• Fabric Composition:
70% polyester, 30% cotton
Heavyweight 650g fabric with high stitch density and brushed interior for structure and warmth.

• Color: Black / Grey

• Design: Modern rounded hoodie silhouette with wide shoulders and curved sleeves

• Features:

• 650g heavyweight construction delivering premium drape and substantial feel

• Rounded, architectural cut creating volume through the shoulders and arms

• Subtle inverted-triangle waist shaping for a clean, refined profile

• Full zip closure with reinforced stitching for durability

• Kangaroo pockets integrated seamlessly into the front panel

Description:
The Clifton 650G Zip Hoodie redefines everyday comfort through architectural proportion and premium weight. Its rounded silhouette and sculpted sleeves create a sense of volume without bulk, while the heavyweight fabric provides warmth and a refined hand feel. Designed to relax naturally on the body while subtly enhancing the waist line, this hoodie is a timeless essential — elevated, durable, and built for modern wardrobes.

Model as seen at 184cm | 6', and 69 kg | 152 lbs, wearing size LARGE.

While the clothing is true to size, the design emulates a looser fit for wear comfort, but more importantly for the vague aesthetic. The items are designed with international standards used most commonly in Europe and the United States in mind.

Attention to Detail in Sizing

We pride ourselves on the precision of our garments. However, due to the unique craftsmanship, there may be a slight variation of 1-3 cm (approximately 0.4-1.2 inches) in our sizing. We suggest:

• Check Our Size Guide: For the best fit, review our detailed size chart.
• Consider Sizing Up: If you’re between sizes or prefer a more relaxed fit, we recommend choosing the larger size.

We’re committed to ensuring your satisfaction and are here to assist with any sizing queries.

The piece is shipped with a return guarantee. If you are uncertain, you can reach out to us directly.

Advisable height;