Onemate Travel Bag Ultimate 2 Space Grey

The Onemate Travel Bag Ultimate 2 in Space Grey is a versatile and sustainable travel companion designed for modern explorers. Crafted from recycled PET (RPET) fabric with a PFC-free water-repellent coating, this 40-liter bag combines eco-conscious materials with practical functionality. It features a dedicated laptop compartment for devices up to 16 inches, a separate ventilated shoe compartment, and multiple internal and external pockets for organized storage. The bag offers three carry options: backpack, shoulder bag, or hand carry, with stowable padded backpack straps and a detachable adjustable shoulder strap. A trolley sleeve allows easy attachment to luggage, while compression straps help manage load. Cabin-approved (IATA compatible), it is perfect for short trips and business travel.

Advantages

Sustainable materials, versatile carry styles, ample organization, and cabin-friendly size make this bag a top choice for eco-conscious travelers.

Suitable for

• Business travelers needing a laptop-friendly carry-on
• Weekend getaways and short trips
• Eco-conscious individuals seeking recycled materials
• Travelers who prefer multiple carrying options

Key specifications

• Capacity: 40 Liters
• Material: Recycled PET (RPET) Fabric
• Color: Space Grey
• Water Resistance: Water-repellent (PFC-free coating)
• Laptop Compartment: Up to 16 inches
• Shoe Compartment: Yes, separate and ventilated
• Main Closure: YKK Zipper
• Carry Options: Backpack, Shoulder Bag, Hand Carry
• Backpack Straps: Stowable, Padded, Adjustable
• Shoulder Strap: Detachable, Adjustable
• Trolley Sleeve: Yes
• Internal Pockets: Multiple (wet/dry, valuables)
• External Pockets: Multiple (quick-access)
• Compression Straps: Yes
• Cabin Approved: Yes (IATA compatible)
• Sustainability: Made from recycled materials, PFC-free

Recommendations

For optimal use, pack heavier items near the back panel and utilize the compression straps to reduce bulk. Always check your airline's specific cabin baggage dimensions before travel.