Sportlite 25 Torrent Blue
Hiking day bag – Unisex –
Other colors available
Home delivery from 27/07/2026
60 days to change your mind
No subject to promotional offersThe Sportlite 25 Torrent Blue is a hiking day backpack from the brand Osprey with a volume of 25 litres.
Designed for outdoor enthusiasts, this bag is made from Bluesign®-certified high-tenacity recycled nylon, making it an eco-friendly choice that helps reduce water consumption and CO₂ emissions. It incorporates the technology AIRSCAPE® with a ribbed Atilon foam dorsal panel, offering excellent comfort and optimal ventilation during your hikes.
The Sportlite 25 is compatible with a hydration system, making it ideal for staying hydrated on paths. It features a range of practical pockets, including expandable side pockets and a zipped front pocket with a key ring clip to keep your small items within easy reach. The quick-release upper compression straps and the adjustable chest strap with a safety whistle ensure a stable and secure fit.
As well as being practical, it also features a carrying system for hiking poles, making it perfect for your sporting outings across a variety of terrain. Lightweight, sturdy and designed with comfort in mind, this backpack is a reliable companion for all your outdoor adventures.
- Expandable side pockets
- Upper quick-release compression straps
- Lightweight attachment slot for a flashing light on the base of the front panel
- Adjustable chest strap with safety whistle
- Expandable front compression pocket for quick storage or extra items
- Zip pocket on the front panel with a key ring to keep small items within easy reach
Dimensions :
- height : 55 cm
- Width : 30 cm
- Depth: 25 cm
Composition :
- 100D Bluesign®-certified recycled high-tenacity Nylon with a PFC-free DWS coating
- 420D recycled Nylon, Bluesign®-approved
| AIRSCAPE® | The Atilon foam back panel allows for dynamic movements and distributes the load across the entire back panel. Ribbed foam covered in mesh with a central ventilation channel for maximum ventilation whilst keeping the load close to the body. |
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