The PLA, located on the China -India border and the Ali region of Tibet, has recently equipped a new single soldier exoskeleton to help soldiers to transport materials.

According to CCTV military news reports, exoskeleton allows soldiers to carry an adult -weight material, and can also effectively avoid waist and leg damage.Warriors using exoskeleton said that in the condition of about 20 kilograms of materials, the weight was all on the exoskeleton, and they would not be on the human body.

The defense of the Ali region in Tibet is responsible for the Xinjiang Military Region and belongs to the disputed area of the existence of border with India.

Judging from the video released by CCTV's military, the exosorny of the single soldier equipment equipped by the Alibaba -side defense officers and soldiers is exhibited by the Chongqing Niudi Technology Set in August of the PLA Army's Army, Brigade, and Camp.Essence

According to the data of Niudi Technology, the Puli exterior bones they developed are pure mechanical help. The total weight of the system is less than five kg.The weight loss is 50%, the fast wear time is less than two minutes, and the fast liberation is less than 30 seconds.

The exoskeleton consists of two parts: upper limb mechanism and lower limb mechanism.When the human body is carrying heavy objects, the upper limb mechanism distributes heavy objects on shoulders, backs, waist and other parts, and conveys part of the pressure to the lower limb mechanism.The lower limb mechanism and human joint movement are highly matched, passing the pressure of the upper limb mechanism to the legs and ground, and the 10nm intensity of the knee joint, which can also absorb part of the impact kinetic energy during exercise, and protect the knee joint.

The designs of the Puli load -bearing exoskeleton are highly matched with human joint movements.After wearing the exoskeleton, users have no interference with human movement, and they can adapt to various complex environments such as indoor, outdoor, plateau, and wading.