Rhine G600 气压双掌碳纤储能脚，对市面上50种碳纤脚板做了数

Rhine G600 air pressure double palm carbon fiber energy storage legs, collected data on 50 kinds of carbon fiber legs on the market, made a database from the aspects of dynamics, material science, ergonomics, etc., compared hundreds of new military materials, and selected the closest to the human body. Specialty materials for energy storage, the forefoot and heel are made of lightweight, soft carbon fiber composite and specialty composites, and are joined together by a high-performance pneumatic ankle to form a cohesive system. This allows for particularly smooth transitions. <br>Byrne Group is the first company in the world that has overcome numerous technical problems. After ten years of market clinical trials, it has finally determined the use of pneumatic cylinders and carbon fiber energy storage legs. The pneumatic cylinders are designed with two weight classes according to human mechanics. Each level can deal with three to four levels of exercise intensity, suitable for people with moderate to high intensity exercise. <br>The pneumatic ankle joint improves the coordination, mobility and stability of the foot. Especially on rough roads, the air pressure ankle rebalances and adjusts the force point of the foot according to the feedback information from the forefoot and heel of the foot, so that the force on the foot is more uniform, and can better adapt to complex road conditions, such as slopes, steps, hills, etc.

Rhine G600 pneumatic double palm carbon fiber energy storage foot collects data from 50 kinds of carbon fiber foot boards on the market, makes a database from the aspects of dynamics, material science and ergonomics, compares hundreds of new military materials, and selects the special materials closest to human energy storage. The front foot and heel are made of light and soft carbon fiber composites and special composites, It is connected by high-performance pneumatic ankle to form a cohesive system. This allows a particularly smooth transition.<br>Byrne group is the first company in the world to overcome numerous technical problems. After ten years of market clinic, it has finally determined to apply the pneumatic cylinder and carbon fiber energy storage foot together. The pneumatic cylinder is designed with two weight levels according to human mechanics. Each level can cope with three to four levels of exercise intensity, which is suitable for people with medium and high intensity exercise.<br>The pneumatic ankle joint improves the coordination, mobility and stability of the foot board. Especially on rugged roads, the pneumatic ankle rebalances and adjusts the force points of the foot plate according to the feedback information from the forefoot and heel of the foot plate, so as to make the force on the foot plate more uniform and better adapt to complex road conditions, such as slopes, stairs, hills, etc.

Rhine G600 air pressure double palm carbon fiber energy storage feet collected data from 50 kinds of carbon fiber feet on the market, made a database from dynamics, materials science, ergonomics and other aspects, compared hundreds of new military materials, and selected the special materials closest to human energy storage. The front foot and heel are made of light and soft carbon fiber composite materials and special composite materials, and connected together by high-performance air pressure ankles to form a cohesive system. In this way, a particularly smooth transition can be achieved.Byrne Group is the first company in the world that has overcome numerous technical problems. After ten years of market clinical practice, it has finally decided to combine pneumatic cylinder with carbon fiber energy storage feet. According to human mechanics, pneumatic cylinder is designed with two weight grades, each of which can cope with three to four levels of exercise intensity, and is suitable for people with moderate and high intensity exercise.The pneumatic ankle joint improves the coordination, mobility and stability of the footboard. Especially on the rugged road surface, the pneumatic ankle rebalances and adjusts the stress points of the footboard according to the feedback information of the forefoot and heel of the footboard, so that the stress on the footboard is more uniform and can better adapt to complex road conditions, such as slopes, stairs, hills and so on.