• | Colour: Ginger
  • | Colour: Black
  • | Colour: Black
  • | Colour: Black
  • | Colour: Black
  • | Colour: Black
  • | Colour: Black
  • | Colour: Black
  • | Colour: Ginger
  • | Colour: Ginger
  • | Colour: Ginger
  • | Colour: Ginger
  • | Colour: Ginger
  • | Colour: Ginger

Bestsellers

Alan's Novelty Cheque

Alan's Novelty Cheque

Colour: Ginger
  • LIFETIME REPAIRS
  • FREE SHIPPING
  • 28 DAY RETURNS

A large tote with a full zip closure. Multiple internal pockets and features a removable shoulder strap.

  • Tote handles
  • Removable shoulder strap, with pad.
  • Aluminium hardware
  • Sleeve for luggage handle
  • Quick access external zip pocket
  • 2x internal sleeve pockets
  • Internal zip pocket

Height: 32.5CM
Width: 54CM
Depth: 26CM
Volume: 32L
Weight: 0.6KG

Exterior: 420D FD Nylon Ocean
A mid to lightweight nylon fabric with a unique matte finish and soft hand feel. Made from recycling discarded fishing nets.

Exterior: 210HD Regenerated Nylon Ripstop
A tightly woven Nylon fabric with a ripstop weave. Extremely durable for its weight. Made from pre-consumer nylon waste.

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*



Japan Delivery:
UPS Express Saver: 1-3 business days from dispatch.
Orders More Than ¥10,000 = Free
Orders Less Than ¥$10,000 = ¥1,500

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.

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A mid to lightweight nylon fabric with a unique matte finish and soft hand feel. The matte finish makes this fabric great for vibrant and solid colours. Made from recycling discarded fishing nets.

This fabric has a hydrostatic head rating of 1,000 mm, meaning it can withstand water pressure equivalent to a column of water 1 metre high before water penetrates through the fabric, as determined through hydrostatic head testing.