Since 1974 Osprey has only designed and built high-quality products.
Should you find any defect in the way your pack has been built, we will repair or replace it without any charge, within its reasonable lifetime.
Product Information
Consumer products carrying the bluesign PRODUCT label meet the strict safety and environmental requirements of the bluesign CRITERIA, as a whole. These products are made of bluesign APPROVED fabric and components and are produced in a resource-conserving way to lower the impact on people and the environment.
A minimum of 90% bluesign APPROVED fabrics/yarns
A minimum of 20% bluesign APPROVED components
Any remaining fabrics, materials or components must come from a qualified supplier
Manufacturing adheres to selected International Labour Organization standard
Stylish, ambidextrous sling design plus durable, highly water-resistant NanoTough™ exterior fabrics made from 100% recycled high-tenacity nylon equals carefree carry in any conditions. The Transporter Sling's thoughtful internal organisation and zippered harness pocket keep contents in place as you travel around town or around the globe, and a waist stabiliser strap means no terrain is off limits.
Features
Ambidextrous shoulder strap that can be worn on either shoulder
Zippered mesh cell phone pocket on harness
Internal laptop sleeve that fits up to most 14” laptops
Featuring bluesign® APPROVED NanoTough™ exterior fabrics—a remarkably strong, highly water-resistant fabric technology made with 100% recycled high-tenacity nylon and carbonate coating.
DAILY ORGANISATION
Designed with storage solutions for key essentials like a tablet, up to 14" laptop, cell phone and other items, offering easy access and organisation to your everyday carry.
BLUESIGN® PRODUCT
This product meets bluesign® PRODUCT requirements, which means materials and components have been selected that adhere to rigorous environmental and social criteria during production.
Carry Information
AIRSCAPE™ BACKPANEL
Mesh-covered die-cut structured foam provides comfort and ventilation