Chinese Army Tests Exoskeletons in Secret Exercises

Chinese soldiers in exoskeletons

Recently, it became known that the Chinese army conducts secret exercises during which soldiers use special exoskeletons to perform logistical operations. This innovation has aroused considerable interest and analysis from military experts and observers, as exoskeletons can significantly increase the effectiveness and combat capability of troops.

The exoskeletons used during the exercises represent advanced technological solutions that can significantly improve the physical capabilities of soldiers. Among the key advantages are:

1. Increased Strength and Endurance: Exoskeletons allow soldiers to lift heavier loads and perform physically demanding tasks with less effort, which is especially important in long-term logistics operations.

2. Fatigue Reduction: The use of exoskeletons helps reduce soldiers' fatigue, allowing them to stay on alert longer and perform tasks with high efficiency.

3. Increased Mobility: Exoskeletons can improve the mobility of soldiers, allowing them to move faster over rough terrain and perform tasks in difficult conditions.

The use of exoskeletons in logistics operations can significantly improve the efficiency and speed of tasks. Among the possible applications are:

1. Moving Loads: Exoskeletons allow soldiers to move heavy loads over long distances with less effort, which is especially important in field operations.

2. Construction and Repair: Exoskeletons can be used to perform construction and repair work, allowing soldiers to rebuild infrastructure faster and more efficiently.

3. Medical Evacuation: Exoskeletons can help in transporting wounded soldiers, ensuring their quick and safe evacuation from the battlefield.

The use of exoskeletons in secret exercises of the Chinese army demonstrates China's desire to introduce advanced technologies to increase the combat capability and effectiveness of its troops. These innovations can significantly change the approach to logistics operations and provide the Chinese army with an advantage on the battlefield. In the future, we can expect further development and improvement of exoskeletons, which will further enhance their potential and applicability in various military scenarios.

A soldier in an exoskeleton carries a sturdy box marked as weighing 25 kg up the hill during exercises. The exoskeleton apparently transfers the weight of the crate from the soldier's back to the ground through semi-rigid supports along the legs. This, in turn, redistributes weight and relieves pressure on the spine and leg muscles.Then a soldier in an exoskeleton kneels with a box, and another soldier removes the box from his back. The exoskeleton supports the knee and hip joints when the soldier assumes this position, allowing him to take a stable firing position.The exoskeleton also likely stores energy from this movement, which can then be used to power upward movement when the soldier returns to a standing position. Overall, such a system is designed to reduce the metabolic cost of carrying cargo, allowing soldiers to spend less energy carrying increasingly heavier loads.

Small ground-based robots, both on legs and on wheels, and drones shown carrying large boxes of supplies without the need for a human are also being tested. In addition, the photo shows a powered trolley attached to the soldier's hip, which provides a viable method of transporting heavy loads without the disadvantages associated with exoskeletons.