• Building on the foundation of the BP23, the BP23 Pro has evolved in all aspects, with improvements in both interior and exterior fabrics, functionality, and the carrying system, creating an even more exceptional user experience.
• The entire body of the BP23 Pro is made of 500D CORDURA Nylon fabric, known for its fantastic resistance to wear, tear and water, and quick-drying properties. The lining is crafted from 400D Polyester fabric, which is highly durable with an excellent tensile strength of 5kg (11.0 lbs).
• The BP23 Pro consists of 4 compartments with 23L (1,404 cu in) high capacity, meeting the needs of most users. The main compartment retains the laptop compartment, dual internal side pockets, and front mesh zippered pocket from the BP23, but simplifies the original 7-section design, adopting a large area of modular loop surface to facilitate user customization and further expand its utility.
• The front compartment has multiple dividers and supports a 180° full opening for quick access to various items. It also adopts a two-way zipper design and includes a retractable keychain for enhanced convenience. The outer compartment's angled opening design enables more fluid access from the shoulder, while the flock-lined top compartment provides protection for devices like phones and glasses from scratches.
• The back panel is made from 8-mm EVA foam and honeycomb mesh, paired with padded shoulder straps that provide cushion protection and ease the burden of the wearer. Cross-shaped ventilation paths on the back panel provide channels for air to flow, making the backpack more breathable. The internal 3-mm thick fiberglass stay prevents the backpack from being compressed from top to bottom and from side to side whether users are carrying or wearing it.
• Additional features include a trolley sleeve and quick release shoulder straps, convenient for business trip and rapid unloading. The backpack also boasts high-quality zippers and buckles, a strap mounting area, handles at four sides, and is complemented by a large loop surface and MOLLE System.