Deuter Futura Pro 38 SL Women's Hiking Backpack - cassis-ashrose

For active multi-day hikers

This backpack for multi-day hikes features the Aircomfort back system, which—thanks to innovative VariClick technology—allows for five-level individual adjustment of the back length.

Shoulder straps attached directly to the frame improve load transfer, while padded hip wings distribute the weight evenly. An extended back panel made of soft mesh material also ensures maximum ventilation and a snug fit for narrow builds.

SL Model for Women

On average, women have a slightly shorter back than men. The carrying system of the SL models is therefore designed to have a slightly shorter length than that of Deuter’s standard backpacks. Additionally, the carrying system is specifically adapted to the female anatomy.

Features

• Permanently elastic spring steel frame
• Pull-Forward adjustment
• Ergonomically shaped & padded shoulder straps
• External side compression straps
• Carry handle
• Hydration system compatible (up to 3 L)
• Ergonomically shaped & padded hip fins
• Front pocket: mesh
• Rain cover included
• Interior compartment for wet laundry
• Separate bottom compartment
• Outer lid compartment
• Inner lid compartment
• Ventilated hip fins
• One-handed chest strap buckle
• Retrofittable helmet net
• Key clip
• Single-sided ice axe and trekking pole holder
• Goggle holder
• Manufactured without the intentional addition of PFAS
• Safety Notice
• Shoulder strap with quick-release attachment for walking sticks
• Aircomfort back system
• ActiveFit shoulder straps
• Ventilated shoulder straps
• Top-loading design with cord strap and lid
• Fold-out divider
• Position-adjustable straps
• Recycled main material
• Material: 210D REC PA X-GRID, 600D REC PES

AIRCOMFORT back system

• Maximum ventilation thanks to the air gap between the mesh and the back.
• Stable load distribution thanks to the lightweight, permanently elastic spring steel frame.
• The even load distribution and stability ensure a relaxed back even on hikes of length. The maximum ventilation of the back reduces strain on the circulatory system and conserves energy reserves.