Systemic-intelligence: Capybara Backpack for Girls Boys, Wi...

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Estimated fulfillment time:

purchase by

1pm → Prepare by 5pm

5pm → Prepare by The next morning

Estimated transport time:

transport is scheduled for around 2026/01/24.

Cash on delivery is limited to credit or cash on delivery. For other payment methods, please refer to here.

*It may take certain time for the product to be delivered on January Wednesday, or public holidays, and depending on stock availability.

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More information about Capybara Backpack for Girls Boys, Widened Shoulder Straps, Ergonomic Design, Waterproof Fabric, Hollow and Breathable Design (Brown)

Ergonomic Design: Utilizing scientific force-distributing principles, the backpack's weight is dispersed to prevent concentrated pressure on the back. This design provides stable support for children's backs and reduces discomfort caused by prolonged carrying.
Waterproof Fabric: Made from premium Oxford cloth, the surface is water-repellent, effectively blocking moisture penetration in the event of light rain or splashes. The fabric is also inherently wear-resistant and tear-resistant, making it less susceptible to pilling and breakage during daily use, extending the life of the backpack.
snug and Breathable: The shoulder straps and back pad feature a hollow, breathable structure with a 3D granular surface design that creates natural airflow channels. This design accelerates heat dissipation, reducing back and shoulder heat and sweating when carried.
Multi-Partitioned, Large-Capacity Structure: It includes a main compartment, multi-functional secondary compartments, a zippered front pocket, and small compartments for straightforward storage, ideal for elementary school students who need to organize books, stationery, and other items.
Reflective Safety Design: The key parts of the backpack are equipped with high-brightness reflective strips. At night or in dim light, they will produce obvious reflective effects when exposed to light, increasing visibility during travel, helping passing vehicles to detect them in time, and protecting safety.