Cotton quality is good and the material feels very breathable for the day. This boxy fit is comfortable, though the red stripes are a bit louder in person than I expected.
Cotton cropped shirt with boxy fit
A vibrant striped shirt designed with a relaxed, boxy fit and a modern cropped hem. Made from 100% cotton, it is a breathable choice for versatile styling.
Key features
Why you'll love it.
The interplay of pink and red stripes gives this cropped shirt a fresh, energetic character. Its boxy proportions make it easy to style with high-waisted trousers or layered open, offering a relaxed take on traditional summer shirting.
What people think
All 5 reviewsDecent fabric but the cropped hem is quite high. It works with high-waist pants, but I expected a bit more length for a relaxed fit shirt. Average purchase.
Disappointed with the shape of this shirt. The boxy fit just looks like a square on me and does not sit right. It feels a bit stiff for 100% cotton too.
Bahut accha colors and the pink and white stripes look very fresh. It is a nice soft cotton piece. Just needs a lot of ironing after every wash to keep that modern look.
Perfectly fine for daily wear. The relaxed silhouette makes it easy to move around in. Packaging was a bit messy, but the shirt itself is okay.
Product details
Description
Key Features:
- Material: woven from 100% cotton for natural breathability
- Silhouette: cropped length with a generous boxy fit
- Pattern: multi-coloured vertical stripes in pink, red, and white
- Design: short-sleeved construction with a classic collar
- Versatility: gender-neutral proportions suitable for different body types
This shirt combines a traditional striped pattern with a modern, shortened frame. The boxy cut provides ample room for movement while maintaining a clean, structured appearance that sits comfortably at the waist.
The pure cotton fabric ensures the garment remains light against the skin, making it suitable for all-day wear in warmer weather. It can be worn buttoned up as a statement piece or left open over a base layer.















