With the presentation of NEO Beta, a humanoid robot capable of performing various household tasks, the company 1X seems to have taken a major step in the creation of robotic assistants. This news could well change our perception of robots in everyday life.
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An inspired bio design
Elon Musk has often touted the benefits of humanoid robots as the future of the robotics industry. However, 1X, a Norwegian company, has taken the lead with its own model, the NEO Beta. This robot features a bio-inspired design, moving away from “traditional, rigid robots.”
The NEO Beta is a bipedal robot with a design reminiscent of science fiction. It measures 1.65 m, weighs 30 kilos, and can walk at 4 km/h while carrying loads of up to 20 kilos. Its autonomy varies from 2 to 4 hours, an impressive feat for a prototype.
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1X is no newbie in the field. Founded in 2014, the company has already developed Eve, another humanoid robot, but on wheels. The NEO Beta marks a big step forward for the company and for the robotics industry.
A project or a reality?
The NEO Beta recalls the promises made by Elon Musk with his Optimus robot. The performance of this new robot questions the reality of its capabilities. Some videos show a less fluid robot but with precise gestures.
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Mystery still surrounds the mechanics of this robot. Despite its camouflaged design, its potential is undeniable. It remains to be seen whether this prototype will become a commercial reality.
For now, the NEO Beta is a prototype, but its promises are great. We will have to wait and see if it will find a place in our daily lives.
| Emotion | Résumé |
|---|---|
| 🤖 | NEO Beta, the humanoid robot |
| 📏 | 1,65 m, 30 kilos, 4 km/h |
| ⏳ | Autonomy of 2 to 4 hours |
| 🏃♂️ | Able to run at 12 km/h |
- Bio-inspired design
- Capacity to carry 20 kilos
- Developed by 1X since 2014
In 2023, robotics doctor Ewen Dantec highlighted the complexity of human locomotion. With around 360 joints and 640 muscles to control, the task is far from simple. The NEO Beta seems to have taken up this challenge brilliantly.
There are still crucial questions to be answered: what exactly will this robot be useful for and how will it fit into our daily lives? With such promises, the NEO Beta could well revolutionize our lives, but are we ready to accept it?
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