An Angel in Heather
Fully sequinned, An Angel in Heather dress will shimmer and move with you.
Yes. You read it right, the outer layer is made entirely of sky blue and Navy sequins.
Navy flower print design against sky blue sequins on lightweight fabric.
With ruffle detailing on the sleeves and a subtle yet sexy split that sits mid thigh, the Angel in Heather dress is playful and elegant.
This dress is fully lined
Model wears size 8
Split Length: 52cm
Hand crafted In Perth
Sequins- Polyester/Cotton- Delicate Fabric
Dry Clean Only
This garment is limited and production runs have been kept small to ensure exclusivity for every Only One Ashley Design.
When you purchase this garment you will be one of only 20 customers for this style.
This dress is not to be purchased with the intent of hiring. Action will be taken against persons found to be hiring Only One Ashley.
This item qualifies for free express shipping. Please note this is shipped by our partner Only One Ashley, located in Perth.
Due to Covid-19 normal shipping times may have been affected.
Please allow for this.
Exchanges and Returns are only applicable if the garment has not been worn, and the swing tags are still attached.
Garments must be returned within 14 days
For further information please read our returns and exchanges policy
Only One Ashley- by Kate Watts. The Label. The Love. The Legacy.
Made for lovers of style, with a flair for bold and dramatic design and an appreciation of textured detailing and quality fabrics .
Talented Perth Designer Kate Watts burst on to the scene in 2013 where she took out the title as WA State Finalist for Myer Fashions on the Field.
In 2018 Kate went on to win the Melbourne Cup Emerging Designer Award and launched Only One Ashley into MYER in 2019 where her entire collection sold out across all stores.
Kate's label is created from love. A love of beautiful fabrics and exquisite design, and a pure love for her daughter Ashley.
A label created in memory of her daughter to honour her legacy, bought to life in each of her creations.