Tourist backpack Osprey Kestrel 68 l moss green (10007473)

Osprey Kestrel 68 l moss green hiking backpack is an excellent choice for long-distance hiking enthusiasts who value functionality and comfort of use. Made from durable polyamide (nylon), the backpack ensures durability even in demanding terrain conditions. With a capacity of 68 litres, the Osprey Kestrel offers ample space for essential equipment, making it an ideal companion for multi-day expeditions.

AirScape™ technology

The Osprey Kestrel 68 l moss green hiking backpack is equipped with the innovative AirScape™ system, which provides excellent ventilation and carrying comfort. Thanks to this technology, the backpack perfectly conforms to the user's back while allowing for free airflow. This solution minimizes sweating, which significantly increases comfort during prolonged wear.

Functionality and comfort

The Osprey Kestrel 68 l moss green hiking backpack features a hip belt and a chest strap that enhance stability and evenly distribute weight, significantly easing the strain on the spine. Additionally, the backpack is compatible with a hydration system, allowing for easy access to water while on the go. These features make the Kestrel model not only practical but also comfortable to use.

Ecological approach

The Osprey Kestrel 68 l moss green hiking backpack is made from recycled materials and is free from PFAS, demonstrating Osprey's ecological responsibility. With the use of DWR technology, the backpack has hydrophobic properties, which further protects its contents from moisture. These aspects highlight the manufacturer's commitment to environmental protection.

Osprey Kestrel 68 l hiking backpack - features:

• AirScape™ system providing excellent ventilation and carrying comfort;
• Made from durable polyamide (nylon) ensuring strength;
• 68-litre capacity allowing for the transport of essential gear for multi-day trips;
• Compatibility with hydration systems facilitating access to water;
• Hip and chest straps enhancing stability and even weight distribution;
• DWR technology providing hydrophobic properties;
• Recycled materials and absence of PFAS demonstrating an ecological approach.