TheCampus Polaris 37L is a lightweight hiking backpack designed for day trekking, featuring an adjustable Air-Flow carry system to comfortably distribute weight and an Air Con ventilation system to efficiently remove excess heat and moisture from your back.
Sturdy, durable and affordable Campus trekking backpacks
If you are looking for a proven and affordable backpack for day hikes, trekking in the mountains or just for everyday use, the Polaris 37 model will be the optimal solution for any outdoor enthusiast. The Campus Polaris is a lightweight backpack equipped with an advanced Air-Flow carry system with an internal frame, Air-Con ventilation system and anatomically designed suspenders that, especially on longer hikes, reduce back and shoulder fatigue. With an average capacity of 37 liters, the backpack is packed enough to easily fit gear, water and provisions even for a 3-day hike. The single-compartment layout and pocket system allow us to organize our luggage according to our needs. Campus Polaris was sewn from polyester fabric in RIP-STOP Rhombus 600D weave, which, thanks to the reinforcing mesh, is more resistant to abrasion and shredding. The backpack features a number of functional solutions that will be invaluable on the trail, including compression straps, a rain cover with reflective elements, an internal compartment for a hydration cartridge, an organizer for small items, and trousers useful for attaching a check and trekking poles.
Campus trekking backpack technologies
Air-Flow - is a proven carry system with an internal skeleton, which uses two pillows sewn along the spine to cool the back and provide adequate circulation, as well as a mesh that creates a wind tunnel. The webbing system allows us to adjust the angle of the backpack in relation to the back, depending on the terrain and our anatomy. The harness and cushion system, along with the ergonomic hip belt, ensure even distribution of the backpack's weight, and protect the spine and neck muscles from excessive pressure.
Air-Con - is an air circulation system, which is responsible for the comfort of the backpack. The appropriate design and layout of the carrying system's cushions cause the backpack to be moved away from the back. The cushions are made of lightweight foam covered with mesh with micro-channels, which quickly and effectively remove excess heat and moisture from the back.
3D Air Mesh - is a springy mesh fabric with a "honeycomb" structure, which is responsible for efficient ventilation of the entire surface of the back and the backpack's harness. The network of micro channels facilitates the drainage of moisture, so the mesh remains fresh and dry.
