This type of pack incorporates a rigid structure, usually made of metal or durable plastic, designed to bear the load and distribute weight more effectively. This design contrasts with frameless or internal... Read more »
A supporting structure, typically constructed of metal or composite materials, affixed to the outside of a pack to bear the load is a defining feature of certain load-carrying systems. This architecture allows... Read more »
These load-bearing packs incorporate a rigid structure concealed within the fabric of the pack itself. This internal framework, typically constructed from metal or durable composites, distributes weight efficiently across the wearer’s body.... Read more »
A pack designed with a supporting structure located inside the main compartment, close to the wearer’s back, is a popular choice for hikers and travelers. This construction method allows for efficient weight... Read more »
A carrying system consisting of a rigid structure to which a bag or load can be attached. This design allows for efficient weight distribution, transferring the load from the shoulders to the... Read more »
A supportive carrying system, designed to distribute weight efficiently, typically features a rigid structure. This structure, often constructed from metal or composite materials, transfers the load from the pack bag to the... Read more »
A specialized rucksack designed for carrying heavy loads over varied terrain, this equipment incorporates an internal or external structure to transfer weight from the shoulders and back to the hips and legs.... Read more »
The structural component within load-bearing rucksacks provides support and distributes weight effectively. An example of such a component is a rigid internal skeleton made of metal or composite materials, designed to transfer... Read more »
A supportive structure, typically constructed of metal or rigid plastic, affixes to the outside of a pack to bear the load. This configuration distributes weight efficiently, often used when carrying bulky or... Read more »
A rucksack design incorporates a supporting structure housed within the pack itself, typically made of metal or durable composite materials. This integral skeleton allows for efficient weight distribution and load transfer to... Read more »