VENTI

€189.00

DESCRIPTION

With your large coffee and your Venti Rolling Tote, you can take on the world, which is lucky because this bag is a travel masterpiece! At 15.6” it fits within the cabin limitations of most airlines and the handy smart sleeve hooks over your suitcase handle so you can make your way through a crowded airport with ease. The Rfid pocket keeps your personal details safe while the incredible organisational structure makes it easy to find what you need in an instant. There are six pockets on the inside and three on the outside, with dedicated spaces for your laptop, tablet, paper files, keys, phone and pens, as well as adjustable pockets on the outside for your umbrella and water bottle. There’s also a detachable pouch which is great for toiletries and the extra wide opening makes access easy. The extra durable corner and bottom protection, plus bottom studs, gives you peace of mind when travelling. The recycled materials used to make the bag are water repellent, and it's stylish too, with padded zipper ends and a unique front pocket with clear, anti-dust panel.

Reference code: HFIKA12/878

SIZES

DIMENSIONS
H: 40 cm
D: 24,5 cm
W: 48 cm

WEIGHT
2600 g

VOLUME
47,04 l

MATERIALS

OUTER BODY MATERIAL
100% RPET Polyester

LINING MATERIAL
75D RPET Polyester - 100% Polyester

FEATURES

INTERIOR FEATURES

RFID blocking material to protect your personal information
Extensive interior organisation including padded laptop & tablet sleeve, RFID pocket, volume paper holder and padded device pockets.
Removable inside pouch. Discrete and qualitative execution with zipper closure and double press button fixation.

EXTERIOR FEATURES

Wide zipper opening with frame structure provides an excellent, instant overview of the bag’s content.
Solid corner and bottom protection for long lasting usage. Bottom stud with integrated handle function.
Smart sleeve with integrated, zipped safety pocket.
Secure locking zippers on main compartment.

All dimensions are measured manually leading to the possibility of a 1-2cm deviation.