Osprey Трекинг раница Osprey Atmos AG 65 Walking backpack - Mythical Green - размер S/M (505-0636-0211)

Suitable for: Unisex. Recommended use: trekking. Main material: 100% polyamide. Certifications: bluesign APPROVED. Material thickness: 210 denier. Fabric treatment: DWR treated. Fabric properties: PFC-/PFAS-free, water-repellent. Carry system: chest strap, padded shoulder straps, padded hip belt, adjustable torso length. Main compartment access: side zip opening, toploader. Venting: vents on the back. Additional features: 2 side mesh compartments, detachable lid compartment, trekking pole attachment, hip belt pocket, gear loops on hip belt, stretch compartment. Rain cover: incl. rain cover. Volume: 65 l. Weight: 2,270 g. Reference size: Size S/M. Extras: compression straps. Misc: L/XL: 68 l. Item No. : 505-0636. Large walking backpack for multi-day tours Let the Atmos AG 65 walking backpack from Osprey accompany you on your next multi-day tour! It’s made from water-repellent and tough material, plus you can store food and equipment in the large main compartment. The backpack also comes with two front pockets, a removable lid compartment and stretch pockets that optimise the storage space. You can slide your water bottles into the mesh compartments on the side and your walking poles can also be attached to the rucksack, if required. Intelligent carrying system with an individualised fit The length of the back is adjustable to your liking. With the AntiGravity system, you can even carry heavy luggage comfortably, as the weight is optimally distributed meaning that incorrect walking postures are avoided. Padding on the shoulder straps and hip belt prevent pressure points, while compression straps provide stability, especially when the backpack is not fully loaded. A well thought-out partner for long tours! The advantages at a glance: Large walking backpack for multi-day tours Water-repellent, durable material Intelligent layout and plenty of storage space AntiGravity system distributes weight optimally Padded carrying system avoids pressure points