HOTOR Travel Backpack for Women – TSA-Friendly Travel Bag with Multiple Compartments & 3 Packing Cubes, Water-Resistant & Comfortable, Perfect for Travel Essentials, Green, 17.3" x 13.0" x 7.9"

Specifications

• TSA-FRIENDLY: The lay-flat 180° opening design provides full access to all compartments, making packing and TSA airport screenings quick and hassle-free. Measuring 17.3" x 13.0" x 7.9", this compact yet spacious carry on backpack lets you efficiently organize your belongings and move through security with ease, perfect as a personal item travel bag for flights.
• LARGE CAPACITY: Featuring a spacious main compartment along with three packing cubes, this backpack keeps clothes, shoes, and electronics neatly arranged. The elastic bungee prevents items from shifting during travel, allowing you to pack efficiently for 3–5 day trips. Ideal for travel bags for women or anyone looking for a well-organized personal item backpack.
• PREMIUM MATERIAL: Made from water-resistant and wear-resistant fabric, this backpack protects your belongings from spills, scratches, and everyday wear. Equipped with smooth and reliable zippers, it ensures long-lasting durability and easy access, keeping items organized and safe for daily use or travel. Perfect for carrying travel essentials for women during trips.
• COMFORT CARRY: This backpack features breathable padded shoulder straps and a ventilated back panel, which help distribute weight evenly and reduce pressure on shoulders and back. Even when fully loaded, it provides a comfortable and breathable carrying experience throughout the day, whether commuting, walking through airports, or hiking short distances.
• TRAVEL-FRIENDLY HANDLING: The top handle, reinforced side handle, and luggage strap provide versatile carrying options. You can lift it, carry it by hand, or slide it securely over a suitcase handle, making it a travel backpack carry-on flight-approved and easy to maneuver through train stations and hotel lobbies. These thoughtful features enhance convenience and reduce strain during travel transitions.