Features ‧ Frame Vent Carrying System ‧ Fixation for hiking poles ‧ Ventilated shoulder straps ‧ Height adjustable chest belt ‧ Ventilated hip belt with a zipped pocket ‧ Side compression ‧ Handle ‧ Key holder ‧ Rain cover ‧ Hydration system compatible ‧ Side pockets ‧ Front compartment with zipper ‧ Insert pocket at front ‧ Use of recycled materials
Specifications Measurements: 50 x 27 x 13 cm Volume: 25 l Weight: 990 g Carrying system 1: Frame Vent-System Fabric 1: reTex 6.6 Fabric 2: T-Snow Crust Fabric 3: Tec Rip 5.0
Details Tatonka Hike Pack 25 – hiking backpack for day trips with comfortable mesh back carrying system. Made with recycled materials.
The Tatonka Hike Pack 25 in a modern daypack look is equipped with Tatonka’s new, super-comfortable, ventilated mesh back carrying system. It is also partly made of recycled materials, making it an environmentally conscious choice.
Featured with drinking system preparation, walking stick holder, rain cover
The main compartment of the Hike Pack 25 has a capacity of 25 liters, plus a zippered front pocket as well as two side pockets and a zippered pocket on the hip belt for storing equipment.
The backpack is prepared to hold a water bladder, which is stored in a pocket inside the rucksack. The tube is led out through a special opening. Hiking pole holder and rain cover are of course also part of the features.
Ventilated Frame Vent Carrying System
With its flexible mesh, stretched over a lightweight spring steel frame, the Hike Pack 25 lies very comfortably on the back, does not press and follows every movement. Not only the back, but also the shoulder straps and the hip belt are ventilated. With adjustable chest and hip belt and adjustable shoulder straps, the backpack can be fixed firmly to the back.
GREEN by Tatonka: Environmentally friendly, resource-saving, sustainable
Because we use recycled materials in the Hike Pack 25, it carries our GREEN label. With the GREEN label we mark products in which we use sustainable, environmentally friendly and resource-conserving materials and which meet our requirements for high functionality, best quality and minimization of the ecological footprint.
