Exoskeletons, once associated only with science fiction movies like Iron Man, are increasingly appearing in the real world. A new device called Ascentiz H+K aims to change the way we move by providing mechanical assistance for the hips and knees.
Described as an "electric bike for your feet," the system promises to alleviate fatigue while walking, climbing hills, or even running.
The device provides a gentle boost when the body needs it most, aiming to increase physical performance.
How does the device work?
The exoskeleton consists of two main parts: a hip module and a knee module. The hip module is placed around the waist, while the other part is attached to the legs. According to the manufacturers, the system is easy to wear and can be deployed in a matter of seconds.
Despite its sturdy appearance, the device is built with soft materials and ergonomic sponge, aiming for comfort during long-term use.
User experience
In a practical test in London, the device was activated with a button and began assisting leg movements. The initial sensation, according to experience, is unusual, as the system “lifts” the legs mechanically, creating an unnatural feeling when walking.
As the minutes pass, the movement becomes more synchronized, especially during light jogging. However, the exoskeleton does not increase the user's natural speed, but rather reduces the physical effort for the same distance - similar to an electric bike.
Where it shines the most
The device is most effective when climbing stairs and steep terrain. In these cases, it provides a noticeable boost and significantly reduces physical fatigue.
Price and use
At a price of around £1,250, the exoskeleton is considered expensive for individual use. For this reason, specialists suggest that the model may be more successful as rental equipment, especially for tourism or sporting activities.
In some countries, such as China, similar exoskeletons are already rented out to tourists climbing difficult structures like the Great Wall of China.
Although the technology is impressive and shows great potential for the future of physical assistance devices, the test shows that currently the exoskeleton remains more of a technological innovation than a necessity for everyday use. /GazetaExpress/
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