DEUTER Futura 28 cranberry-maron - hiking backpack

Sporty and functional, the newly innovated FUTURA hiking backpack is ideal for daily hiking, but also for a trip to the office or everyday wear in the city. It impresses with its innovative design and excellent features.

The design of the back system is a real revolution in comfort: Aircomfort Sensic combines lightness, perfect fit, freedom of movement thanks to great flexibility and maximum ventilation with groundbreaking solutions.

The sporty and functional Deuter Futura 28 hiking backpack will be ideal for daily hikes, office or city trips.

• Back system AIRCOMFORT SENSIC
• Reduced sweating up to 25%
• Active Comfort Fit
• Circular spring frame
• Tensioned pockets on side and front
• Padding on the waist belt
• Chest strap
• Integrated rain cover
Value pocket
• Flexible interior compartment
• SOS-Label
• Compatible with 3.0 L Hydration System
• Pocket to store pens, cell phones, etc.
• Loops for hiking poles
• Adjustable straps for individual adjustment of center of gravity
Capsule integrated into the lid

• PES 600 (material made of 600 polyester thread and thick PU coating. This multi-purpose fabric is robust and lightweight. It is best suited for backpacks used in average conditions where weight needs to be kept to a minimum)
• Macro Lite 210 (Durable 210D nylon material. The material is abrasion resistant due to the tight weave of the fabric)

Capacity: 28 l
Dimensions: 54 x 28 x 24 cm
Weight: 1280 g

AIRCOMFORT SENSIC SYSTEM
1. Agile Acive-Fit ergonomic S-shaped shoulder straps precisely follow the contours of the shoulders and neck, without friction. The lightweight perforated foam provides ventilation.
2. The ergonomic waist belt ensures that you can load the pack a little more, thanks to the Pull-Forward adjustment that controls the load on the pack and back. Again, perforated foam ensures ventilation.
3. Mesh back, the so-called "trampoline" - maximum ventilation, perfect ergonomic comfort. Innovation in the form of a transition in the lumbar area from mesh to breathable material.