Alice | Olivia - Leopard Canvas Tote

★★★★★ 4.7 / 5 Rated

Alice | Olivia - Leopard Canvas Tote

£29.95 £99.95Save 70%
  • Free Royal Mail Delivery Within the UK
  • Free 30-Day Money-Back Guarantee
  • Buy 2 get 10%, buy 4+ get 20%
Title

Runs smallTrue to sizeRuns large

Only 4 left in stock.

Free Delivery 30-Day Free Returns

OUR BIGGEST SALE EVER!

If you can add it to bag, it's still in stock. Extra savings apply automatically at checkout — stack & save while you can.

Buy 2 pieces → Extra 10% off
Buy 3 → Extra 15% off
Buy 4 → Extra 20% off

Description

Make a statement with the Olivia - Leopard Canvas Tote, the perfect blend of style and functionality for your everyday adventures.

Eye-catching design: Stand out with a bold leopard print that complements any outfit.

Spacious interior: Easily carry your laptop, books, and daily essentials without compromising on style.

Versatile carrying options: Enjoy comfort with sturdy handles and adjustable shoulder straps for all-day wear.

Organised storage: Keep your keys, phone, and wallet neatly arranged with practical interior pockets.

FREE PREMIUM DELIVERY
We ship using a secure premium delivery service, complete with tracking, so you can rely on the most dependable service. Currently, we offer this premium delivery free of charge — take advantage while this offer lasts!
30-Day Money-Back Guarantee
Doesn’t fit? No problem! You can exchange or return it at any time within 30 days of receipt.

This Season Shop More, Save More.

For one day only, Alice Laine Brighton members get exclusive access to our Biggest Sale Ever on our most-loved pieces. Whether you’re treating a daughter, a sister, or yourself — today is the perfect moment to secure the styles everyone has been asking about.

Buy 2 items → Extra 10% off
Buy 3 items → Extra 15% off
Buy 4 items → Extra 20% off

These bundles are end-of-season exclusives and available today only. Once this offer ends, it won’t return. And as always with Alice Laine Brighton… when a style sells out, it’s gone for good. Stock is limited.