🎁 Final Month Special: 15% OFF + Free Shipping on Most Items! Don't Miss Out - Shop Now! ✨

Shopping Cart

Sub Total: $0.00
Total: $0.00
Checkout

Search Products

Snuggle Hunny Kids - Organic Dress | Cherry Blossom Image 1
View Media Gallery
Snuggle Hunny Kids - Organic Dress | Cherry Blossom Image 2
View Media Gallery
Snuggle Hunny Kids - Organic Dress | Cherry Blossom Image 3
View Media Gallery
Snuggle Hunny Kids - Organic Dress | Cherry Blossom Image 4
View Media Gallery
Snuggle Hunny Kids - Organic Dress | Cherry Blossom Nav Image 1
Snuggle Hunny Kids - Organic Dress | Cherry Blossom Nav Image 2
Snuggle Hunny Kids - Organic Dress | Cherry Blossom Nav Image 3
Snuggle Hunny Kids - Organic Dress | Cherry Blossom Nav Image 4

Snuggle Hunny Kids - Organic Dress | Cherry Blossom

$26.99 $31.00


Tags:

Floral florals pink syncio-hidden white


Categories:

Girls Dresses
Estimated Delivery:
0 people are viewing this right now
Guaranteed Safe Checkout
Trust
Trust
  • Description

Our Snuggle Hunny Cherry Blossom dress is beautiful and made from certified organic cotton. It is sleeveless and is available in sizes from 0-3 months up to size 4.

Soft and stretchy, our dresses are easy-care and very comfy for bub. The sizes up to and including size 1 come with a snap underbody to go over a nappy. Size 2 doesn't have the snap body feature. We have really focused on the details and ensured the dresses up to size 1 are short enough so that a baby can crawl and not trip over the skirt. Size 2, when they're walking, is a bit longer

All Snuggle Hunny clothing is made with GOTS Certified Organic Cotton CU 1182228.

Features Include:

  • Exclusive Cherry Blossom print
  • Frill detail on shoulders
  • Sleeveless
  • Sizing: 0-3 months to size 4
  • Soft and stretchy
  • Fitted bodice and flare skirt
  • Easy to wear
  • Lightweight and breathable
  • GOTS Certified Organic CU 1182228
  • 95% Organic Cotton / 5% Elastane

Designed in Australia. 

Note: due to the nature of our print style your dress may feature the design in different positions compared to the image.