British outdoor brand Rab has launched the new Adrift pack series for autumn/winter 2024.
These packs have been designed to adapt to the varied demands of an active lifestyle and survive the rigours of everyday adventure, from post-work bouldering sessions to commutes on two wheels.
The Adrift packs are Rab’s first climbing-inspired general-use packs, with a contemporary look and versatile storage options. Available in four different colours and both a 24l and 30l version, the packs feature a hard-wearing 210D nylon ripstop fabric and the close-fitting Contour back system with a flexible construction that contours with the shape of the spine.
Key features of the Adrift packs include: Workspace compartment with 15’’ padded laptop sleeve; internal tablet sleeve with additional organization; hard-wearing 210D nylon ripstop; front compartment with zipped pocket for smaller items (30l version only); two side mesh pockets for bottle storage; bike light attachment loop; removable forward pull hipbelt for easy adjustment; internal zipped mesh security pocket with key clip; zipped top pocket for quick access storage; external lashing points; and a front grab handle.
The pack weighs 0.72kg (30l) or 0.66kg (24l).
The Adrift launch precedes an expansion of Rab’s pack offering in spring/summer of 2025. The new collection will encompass load-hauling trekking packs, daypacks, minimalist options for fast and light adventures as well as Rab’s mountaineering and alpine packs.
Consumers can also access material facts information for Rab packs. Material facts were introduced for Rab’s apparel and sleeping bag ranges in autumn/winter 2023, marking a stride towards more transparency and honesty in communicating sustainability credentials at product level. The material fact tables provide details on: Total recycled materials by weight, followed by a detailed breakdown of the recycled content in the fabrics, insulation, zips, and trims; the PFAS content by fabrics, insulation, zips, and trims; country of manufacture; and the amount of renewable energy used in the production process.
