Cotton body paired with printed leather sleeves looks very premium. It is quite warm because of the double layering.
Oversized varsity jacket with leather sleeves
This unisex oversized varsity jacket combines a red cotton-blend body with high-design printed leather sleeves. It is a warm, structured layer for those who prefer an 80s-inspired street silhouette.
Key features
Why you'll love it.
The classic varsity jacket is a staple, but the shirt collar on this piece gives it a more polished, contemporary edge. It feels substantial and warm thanks to the double layering, making it a reliable choice for cold evenings when you want a silhouette that holds its own.
What people think
All 8 reviewsbahut accha fit hai. I like how oversized it is, perfect for layering over hoodies in winter. The red color is very bright.
jacket is heavy and warm but keeping it clean is a task since it is dry clean only. the zipper feels a bit stiff at the bottom.
Printing on the sleeves and the large text on the back is well done. Leather parts are a bit stiff initially but it feels durable.
Inner lining makes it comfortable against the skin. Definitely a solid piece for colder months!
Structured and heavy. The unisex cut is exactly what I wanted for a street look.
Product details
Description
Key Features:
- Material: Cotton blend body with contrasting leather sleeves
- Fit: Unisex oversized comfort fit for layering
- Construction: Double-layered fabric with smooth inner lining
- Hardware: Practical zipper closure for a modern finish
- Detailing: Printed typography on the front and back
- Collar: Clean shirt collar design instead of traditional ribbing
Built for the winter season, this jacket uses a double-layered fabric construction to provide warmth without losing its structured shape. The contrast between the red body and the printed leather sleeves offers a contemporary take on the classic collegiate aesthetic.
The oversized silhouette makes it easy to wear over heavy knits or hoodies, while the interior lining ensures it sits comfortably over lighter base layers.











