PIKOO Daphne Dress Red Young Earthlings
PIKOO Daphne Dress Red Young Earthlings
PIKOO Daphne Dress Red Young Earthlings
PIKOO Daphne Dress Red Young Earthlings
PIKOO Daphne Dress Red Young Earthlings


PIKOO Daphne Dress Red

Regular price ₹ 2,199.00 Sale price ₹ 1,869.00

This is a natural screen printed dress in a bloom garden print design. With a flat-stitched pleated bodice this dress has a wing-like sleeve that compliments it well. This dress is designed to minimize waste. This includes mindful pattern cutting, flexible sizing, and quality standards to increase durability.


  • Knit/Woven: Woven
  • Product Size: 12-18 Months
  • Base Color: Red
  • Dress Shape: A-Line
  • Neckline: Boat Neck
  • Sleeve: Short Sleeves
  • Surface Styling: Printed
  • Length: Midi
  • Craft: Screen Printed, Dyed
  • Material: GOTS Certified Organic Cotton
  • Country of Origin: India

Shipping Information

Delivery time: 10-15 Days

Domestic Orders:

International Orders:

Please note, this product is not returnable.

Raw Material Cost

₹ 784

Artisan Wages

₹ 560

Producer Group Margin

₹ 270

Flourish Margin

*goes towards platform operations, order fulfillment, and building equity for the producer ecosystem.
₹ 480


₹ 1869

Raw Material Cost

$ 10

Artisan Wages

$ 7

Producer Group Margin

$ 9

Flourish Margin

$ 26

Retail Price(USD)

$ 43

Young Earthlings is a 100% organic kids essentials brand catering to age group 0-4 yrs. They aim to provide eco-friendly and ethical solutions for children's clothing, bedding and play needs. They incorporate natural dyeing and printing techniques with natural materials as canvs so as to make thier products 100% natural, pure and sustainable.

This product is handmade/handwoven. Subtle variations in color, texture, or print are a part of its appeal. Give it some extra care.

Hand wash recommended. Machine wash at 30 degrees. Wash dark colors separately. Do not soak. Spot cleaning recommended. Use pH-neutral soap to wash. Do not bleach. Keep away from citric juice. Dry in shade. Iron at low temperature.