Zaha
Vera - Rtw '26 - FERA (ZRW-21636)
FÉRA — defined by quiet drama, this ensemble unfolds in soft beige, anchored by striking black embroidery tracing the neckline and sleeves with artisanal precision. The relaxed kurta silhouette flows...
Vera - Rtw '26 - FERA (ZRW-21636)
Price:
Rs.15,028.00
Size :
S
Note: This article will be arranged and shipped within
Delivery Timeline :
Local delivery timeline: 5 Working Weeks
International delivery timeline: 5-6 Working Weeks
We appreciate your patience and request you to process the order accordingly.
FÉRA — defined by quiet drama, this ensemble unfolds in soft beige, anchored by striking black embroidery tracing the neckline and sleeves with artisanal precision. The relaxed kurta silhouette flows with ease, layered for winter warmth without losing its structured grace.
A deep black woolen shawl and matching wide khaddar trousers complete the look, draping with fluid sophistication and offering cozy, season-ready layering. Minimal yet commanding, FÉRA balances heritage craftsmanship with modern restraint — moody, grounded, and quietly powerful.
Component: Shirt | Dupatta | Trouser
Disclaimer: Please note that the color of the item you receive may vary slightly from that shown in the product shoot. This can happen due to the variation in light at the time of product and fashion shoot.
Fabric Details: Khaddar | Woolen
Note: Only Dry Clean
Delivery Timeline:
Luxury Pret: 4-6 Working weeks.
Bridal/Luxury Formal: 6-8 Working weeks.
Winter/Summer Unstitched Casuals: 2-7 Working days.
Tailored Stitched Articles: 10-15 Working days.
RTS: 2-7 Working days.
Handle with care: Dry clean only. Store in a cool, dry place. Iron with care on low heat. Refer to garment label for specific instructions.
We strive to ensure that product images accurately reflect the garment’s true colors.
Slight color variations may occur due to fabric dye composition, dyeing conditions, lighting, and differences in display/monitor settings.
The fabric pattern, laces, patchwork, and handmade details may vary from the original sample.
