AC Lite 23 Paprika Redwood
Hiking backpack - Men -
Other colors available
Home delivery from 25/07/2026
60 days to change your mindThe AC Lite 23 Paprika Redwood is a hiking backpack for men from Deuter.
Featuring a stretched mesh back with Aircomfort technology, this backpack offers maximum ventilation and reduces fluid loss by up to 25%. Thanks to its flexible spring steel frame, the back will return to its original position to guarantee long-lasting comfort. The waist and shoulder straps are ergonomically designed for comfort and good load distribution.
TheAC Lite 23 includes pole attachments, a removable rain cover, an airy zipped side pocket and plenty of storage space for wet clothes.
With its casual look, this light and well-ventilated backpack is ideal for day hikers and those who are beginners in outdoor activities.
- Lightweight: 920g
Capacity: 23L
Dimensions: 52 x 28 x 24cm
Back length: 44 - 54 cm
Recommended user height: 170 - 195 cm
Features:
- Materials: 210D PA recycled / 600D PES
- Guaranteed PFAS-free material
- Flexible spring steel frame
- Adjustable sternum belt
- Ergonomically shaped, padded hip supports
- Removable rain cover
- Ventilated elasticated side pocket with zip on back for smartphone and small items
- Pocket for valuables
- Expandable inner compartment
- Zipped front opening
- Compatible with hydration systems up to 2L capacity
- Attachments for poles and ice axes
- Helmet attachment (accessory)
- Glasses holder
- Key ring clip
- Aircomfort system included
- Bluesign® product
- SOS label: provides instructions on what to do in an emergency
Technologies:
Aircomfort System Back:
For small to medium-sized backpacks used on easy terrain, Deuter aims for maximum ventilation. The wear-free core element of the Aircomfort systems, which has been reliable for decades, is the continuously elastic spring steel frame. It gives the special ventilated net a stable tension even under difficult conditions, therefore creating a ventilated space between the bag and the back, through which humid air can freely escape. Fluid loss is reduced by up to 25%, increasing endurance and improving circulation (verified by scientific tests conducted by the Hohenstein institute).
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