Deuter Trail Pro 36 Backpack - black-graphite

Note: Delivery includes the backpack only. Other products shown serve solely illustrative purposes and will not be delivered.

Note: Delivery includes the backpack only. Other products shown serve solely illustrative purposes and will not be delivered.

Note: Delivery includes the backpack only. Other products shown serve solely illustrative purposes and will not be delivered.

Note: Delivery includes the backpack only. Other products shown serve solely illustrative purposes and will not be delivered.

Note: Delivery includes the backpack only. Other products shown serve solely illustrative purposes and will not be delivered.

For alpine multi-day tours

This athletic professional hiking backpack holds everything you need on multi-day tours. The innovative carrying system with slim and high mounted, extremely snug hip fins optimally transfers the weight of the load to the spring-steel frame, relieving the back and shoulders.

Features of the Trail Pro 36

• effective load transfer with permanently elastic spring-steel frame
• ice axe and hiking pole attachment – also useable for folding poles
• load adjustment straps
• loops to attach via ferrata set carabiners on shoulder straps
• zipped pockets on hip fins
• versatile use of elastic front pocket for jacket, helmet, etc.
• hip belt is easy to adjust with its Pull-Forward construction
• internal valuables pocket
• SOS label
• continuously adjustable chest strap
• hydration system compatible (3l)
• compression straps
• integrated in main compartment
• flexible ActiveFit shoulder straps
• removable rain cover
• wet laundry compartment
• spacious lid pocket
• fast access to deeper lying gear via large, two-way zipper on front
• 1x zip pocket and 1x elastic side pocket
• the flat lid construction allows the head to have enough freedom to move, even with a helmet
• Material: 210 D PA / 600 D PES

Aircontact System
15% less sweat than with a standard body-contact backpack – proven in a field test by Gabriel L.&T. in collaboration with the University of Erlangen – with simultaneously perfect load transfer and optimally balanced, secure fit.