hine G600 气压双掌碳纤储能脚,对市面上50种碳纤脚板做了数据采集,从动力学、材料学、人体学等方面做出数据库,对比上百种军工新型材料,选出最接近人体储能的特种材料,前脚和脚后跟由轻质,柔软的碳纤维复合材料和特种复合材料制成,并由高性能气压踝连接在一起,形成一个内聚系统。 这样可以实现特别平滑的过渡。
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 from lightweight, soft carbon fiber composites and specialty composites, and are joined together by a high-performance pneumatic ankle to form a cohesive system.A particularly smooth transition can be achieved.