The Khursheed Collection

Aura

Champagne Beige Hand-Embroidered Bridal Gown Ensemble

125,000

Product Description

Components3

Measurements in the size chart are body measurements.

Aura is an ode to softly luminous bridal dressing, rendered in champagne beige with delicate blush undertones.

The ensemble includes a gharara, a front-open full-length kalidar and a dupatta, crafted in pure satin silk and georgette. Zardozi, aari and resham work form fine floral compositions across the flowing silhouette, with concentrated detailing along the hem and dupatta border.

The gharara adds heritage volume beneath the long kalidar, while the sheer dupatta brings lightness and movement.

Includes
Gharara, front-open full-length kalidar and dupatta
Fabric
Pure satin silk and georgette
Handwork
Zardozi, aari and resham work
Colour
Champagne beige with blush undertones
Care
Dry clean only. See Care Instructions.

Shipping & Delivery

Made to order. Estimated dispatch by 27 November 2026.

Final Sale

This made-to-order piece is not eligible for cancellation, return, exchange or refund for change of mind, fit, colour or style preference. Statutory rights remain unaffected. View Final Sale Policy.

The Nature of Handwork

Minor variations in embroidery, stitches, motifs, colour, texture or placement are natural characteristics of handcrafted work and make each piece individual. Due to the handcrafted nature of this garment, the colour of the base fabric and the embroidery threads may vary from piece to piece, adding a unique touch to each item. Prints may also vary depending on fabric availability.

Pure satin silk and georgette Zardozi, aari and resham work Made to order

Select your size

Choose a size

Standard sizing is a starting point. Couture measurements are reconfirmed before making.

Estimated dispatch

By 27 November 2026

Approximately 90 days.

Sizing & customisation on WhatsApp
International orders welcome. International credit and debit cards are accepted.View shipping destinations, charges and customs information.