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Backpacks

Ornamental Pond

Ornamental Pond

Colour: Olive
  • LIFETIME REPAIRS
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  • 28 DAY RETURNS

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Features a secure magnetic and buckle closure. Internal padded sleeve fits up to 16" MacBook.

The Ornamental Pond has a fresh new body made from our lux Veggie Leather fabric. Smooth to touch, extremely water resistant, durable and has some good sustainability credentials. It uses heaps less water, no nasty chemicals and creates hardly any emission during production.

  • 2 x external water-resistant zip pockets
  • Internal zip pocket
  • 2 x large internal sleeve pockets (perfect for water bottles)
  • 100% recycled fabrics.

Height: 45CM
Width: 30CM
Depth: 17CM
Volume: 18L
Weight: 1KG

Exterior: Veggie Leather
A smooth to touch fabric, that is incredibly water resistant. Made from a sustainable Ecoya fabric, which is free of solvents, PFC’s and other toxic chemicals.

Interior: 150D RPET Ripstop
Lightweight recycled polyester fabric with a ripstop weave for extra durability. Made from 100% recycled PET bottles.

Orders are dispatched from our warehouse in Australia. Orders are shipped within 24-48 hours, Monday to Friday.

Delivery times are an estimate provided by our couriers*

Delivery:
UPS Express Saver: 1-3 business days from dispatch.
Orders More Than AUD$300 = Free
Orders Less Than AUD$100 = AUD$25

This product is made from approximately 100% recycled fabrics and is built to last. Any issue with the craftsmanship, fabrics or trims on this bag, please go to our repairs page. More info here.

A Smooth to the touch fabric, with an incredibly water-resistant matte finish. Made from Ecoya 900D recycled Polyester with a special TPU coating. The production of this fabric uses 80% less water and creates almost 70% less emissions than similar fabrics. This is our most water resistant fabric and it is free from solvents, PFC’s and other toxic chemicals.

This fabric has a hydrostatic head rating of 18,000 mm, meaning it can withstand water pressure equivalent to a column of water 18 metres high before water penetrates through the fabric, as determined through hydrostatic head testing.