Beschreibung
Back-carrying exoskeleton suit, model: BCES68
Back-carrying exoskeleton suit, one step ahead at critical moments
Back-carrying exoskeleton suit is a passive exoskeleton equipment assisted by a purely mechanical structure, mainly used in scenarios that require heavy loads and long-distance hiking.
The whole machine is based on ergonomic design, and the load transfer is achieved through a clever mechanical structure to reduce the wearer's physical burden of carrying heavy objects. In order to maximize the load-bearing capacity of the exoskeleton, the core components are made of specially customized high-performance carbon fiber, high-strength aluminum alloy and other materials. The maximum load of the whole machine is up to 80kg, which is one of the strongest load-bearing models at present.
Bionic design, interconnection of all things, efficient weight reduction, quick wearing and taking off, free movement
Wide-area adaptation
Bionic design, efficient weight reduction
Equipped with the self-developed back-carrying weight reduction L-de architecture for many years, the weight can be directly transmitted to the ground through the mechanical structure, which can greatly reduce the pressure load on the shoulders and legs.
Load-carrying mobile exoskeleton, weight reduction effect when walking, weight reduction ≥ 66%
Load-carrying mobile exoskeleton, weight reduction effect when standing, weight reduction ≥ 78%
Customized materials, super load-bearing
The core load-bearing components are made of specially customized carbon fiber, aviation aluminum alloy, glass fiber nylon and other high-quality and light materials, combined with the human-computer interaction design concept, which greatly improves the weight limit.
Weight ≤ 5.5KG, carrying limit 80KG
Human-machine integration, free movement, good human-machine coordination of the whole machine, sufficient freedom is left at the human joints, and does not affect the wearer's activities.
The shoe cover is made of high-performance wear-resistant and non-slip material, whether it is rugged, muddy or smooth, you can travel without worries.
Lightweight and no burden, comfortable and not stuffy
The whole machine is lightweight, and the core components are made of high-performance low-density materials such as carbon fiber and glass fiber nylon. The equipment is light and there is no extra burden after wearing.
Flexible materials
The close-fitting wearable parts use ergonomically designed 3D flexible cushions, which are comfortable and breathable without being stuffy.
Carbon fiber, aviation aluminum alloy.