Free Shipping across UK with Royal Mail
30-Day Money-Back Guarantee
UK Family Brand Since 2011
MOVING SALE: Our biggest price drop is live, but it's ending tonight at 11:59PM! If you still see the 'Add to Cart' button, your item is available once sold out, it’s gone forever.
Bloom with Every Breeze
Discover effortless elegance with the Liora – Flowy Maxi Dress, a beautiful piece designed to move gracefully with every step. Inspired by soft spring breezes and timeless femininity, its flowing silhouette and off-shoulder design create a look that feels both elegant and naturally confident. Perfect for relaxed days, special moments, and warm evenings.
Why Women Love the Liora Dress ?
• Romantic off-shoulder design: Beautifully highlights the neckline and shoulders for a soft, feminine look.
• Flowy maxi silhouette: Drapes effortlessly and moves gracefully while keeping you comfortable all day.
• Elegant balloon sleeves: Light and airy sleeves add a refined and stylish touch.
• Timeless floral charm: Delicate floral inspiration creates a look that feels fresh, elegant, and never out of style.
• Comfortable all-day wear: Designed to make you feel confident, comfortable, and effortlessly stylish.
SPECIFICATIONS
• Style: Romantic Coastal / Effortless Elegance
• Type: Off-Shoulder Maxi Dress
• Fit: Flowy Silhouette with Soft Movement
• Material: Polyester
Shop today with our exclusive discount while supplies last.
If our product does not meet your expectations, you can return it within 30 days upon receipt.
Before returning the goods, please contact our customer service at info@oliverandgracelondon.com and let us know the reason for the return so we can process your request correctly.
We are offering free shipping within the United Kingdom for all orders.
We ship our packages with a Track & Trace code so you can always monitor your order.
You will receive the Track & Trace code via email within 1-24 hours after placing your order.
Oliver & Grace London has over 10.723+ satisfied customers and our customers give us a rating of 4.7/5.0.
