NAGHEDI St. Barths Large Double Weave Tote Bag SN03014YG | Oletta
Elevate your everyday and travel style with the NAGHEDI St. Barths Large Double Weave Tote Bag SN03014YG in Oletta, a statement of effortless luxury and functional design. Expertly handcrafted in NAGHEDI’s signature handwoven neoprene, this large tote features the brand’s elevated double-weave construction, offering enhanced durability, structure, and a rich, dimensional texture.
The Oletta colorway, a sophisticated warm neutral with subtle tonal variation, highlights the intricate weave while providing a versatile, seasonless palette that pairs seamlessly with any wardrobe. Designed with generous proportions, the large St. Barth’s tote offers ample space for work essentials, travel necessities, beach days, or weekend escapes, making it the ultimate carryall for modern lifestyles.
Balancing structure with flexibility, the resilient neoprene weave allows the bag to maintain its shape while adapting comfortably to your needs. The soft top handles provide easy carry, whether by hand or over the arm, while the lightweight construction ensures all-day comfort without compromising on capacity.
Practical yet polished, this tote is also water-resistant and easy to clean, making it a dependable companion for both everyday use and destination-ready styling. The St. Barths Large Double Weave Tote embodies NAGHEDI’s signature blend of craftsmanship, innovation, and understated elegance.
Features:
- Signature handwoven neoprene in double-weave construction
- Large capacity ideal for travel, work, or beach use
- Sophisticated Oletta neutral tone with dimensional texture
- Structured yet flexible silhouette
- Lightweight, durable, and water-resistant
- Comfortable top handles for versatile carry
- Easy-care material for everyday practicality
- Bonus pouch included
Measurements:
- Height: 12.5 in
- Width: 22 in
- Depth: 8 in
- Handle Drop: 7.5 in
Please note, NAGHEDI Products are woven by hand, and therefore vary slightly in size. Measurements are approximate, and item is measured at its widest point.
