Goldie Linen Mini Dress Carob

Regular price $130 USD
Colour: Carob
Size
Free Shipping Over $150 USD
Free 14 Day Instant Exchanges
Description

The Goldie Mini Dress is a refined warm-weather style made from 100% linen with a breathable mid-weight feel. Designed with a clean boat neckline, it features considered bust and waist darts for shaping through the body, before falling into a softly flared mini silhouette. Fabric-covered buttons through the front and functional side pockets complete the design.

Style with sandals for summer days, or heels and simple jewellery for evenings out.

  • Made from 100% linen
  • Mid-weight linen fabrication
  • Fully lined
  • Boat neckline
  • Fabric-covered button front
  • Bust and waist dart detailing
  • Functional side pockets
  • Designed in Australia. Made in China.
Size & Fit
  • True to size
  • We recommend taking your usual size
  • Shaped through the bust and waist
  • Relaxed through the hip
  • Mini length, designed to finish at mid-thigh
  • Length from HSP: 82cm (Size 8)
  • Model is 175cm (5'9") with 86cm bust, 62cm waist, 92cm hip and is wearing a size AU 8 / US 4

    Please refer to the Garment Guide under the Size Chart for detailed product measurements.
Shipping & Returns

Deliveries within the United States will be shipped via Australia Post or DHL Express.

Shipping

  • US Standard: $10 or Free over $150 - Estimated delivery timeframe: 5-9 Business days
  • US Express: $15 - Estimated delivery timeframe: 3-6 Business days
  • UPS Express: $20 - Estimated delivery timeframe: 2-4 Business days

Returns

  • Free 14 day Instant Exchanges & Store Credits.
  • 7 day Refunds.
  • Instant Exchanges are shipped before we receive your return.
  • Final sale items cannot be returned.

Please view our Returns & Exchanges Policy here

Care & Materials

Materials: 100% Linen

Care: Cold machine wash with similar colours using a mild detergent avoiding the use of harsh chemicals or stain removers. Lay flat to dry, do not tumble dry.

Please note: natural linen fibres may result in subtle colour differences.