🤖 Musculature for Robots

A new type of “muscle” for robots has been developed, resembling human musculature. These rubber “muscles” can move efficiently thanks to individual servo motors, and the designers have also created special rotating shafts to facilitate their movement.

🤖@science #robots

Wow, those new Ilon Musk bots are awesome!

@science #robots

🤖 Robots by Figure are Revolutionizing BMW Assembly Lines

The robotics company Figure has unveiled their humanoid robots in action, training to assist with car assembly at BMW factories. These robots are now four times faster and seven times more precise than the early prototypes.

The plan is for these humanoids to start real work on BMW production lines as early as 2025.

#robots #science

They’re not ants—they’re tiny robots! Scientists in South Korea have developed entire swarms of miniature magnetic robots that work together like ants, even lifting objects several times their own size.

Each microrobot measures around 600 micrometers and is made of an epoxy body embedded with neodymium-iron-boron (NdFeB) particles, allowing the swarm to be guided by magnetic fields. Thanks to this setup, these robots can accomplish complex tasks in challenging environments—such as performing minimally invasive procedures on clogged arteries (as demonstrated in the video).

“Although the research results are promising, the swarms will need a higher degree of autonomy before they are ready for real-world applications. Magnetic microrobot swarms require external magnetic control and cannot autonomously navigate complicated or enclosed spaces like actual arteries. Future studies will focus on enhancing microrobot swarm autonomy, for example by controlling their movements and trajectories with real-time feedback,” says Professor Jeon Jae Wi from the Department of Organic and Nano Engineering at Hanyang University (Seoul, South Korea).

#science #robots

Unitree G1 Gets Even More Agile and Dynamic

The Unitree G1 has received an update, making it even more agile and adaptable. It has now mastered running on rough terrain, showcasing its enhanced mobility and balance.

Interestingly, I think I might have figured out why its movements sometimes appear a bit unnatural. My guess is that there’s a gyroscope located in its center of mass, but that’s just a theory for now.

By the way, the Chinese New Year falls on January 29 this year. I have a feeling they’ll roll out even more updates in time for the celebrations. Let’s wait and see!

#Unitree #robots #science

Scientists at Zhejiang University have unveiled a groundbreaking facial mask that can transform the wearer’s appearance in real time. Designed to potentially deceive facial recognition systems, the mask is composed of multiple elastic layers with distinct functions.
• Dynamic Appearance Change: The outer layer utilizes built-in heating elements to change color, while the inner layers adjust facial proportions, offering a total of eight preset facial configurations.
• Transformation Speed: The complete metamorphosis takes roughly 100 seconds, providing a swift and effective disguise.
• Current Limitations and Future Directions: Although the prototype cannot yet mimic facial expressions, ongoing developments aim to refine the technology. Engineers plan to replace the current ammonia-based chemical activation with a safer, less toxic alternative.
• Broader Implications: Beyond espionage applications, this innovative technology holds promise for the development of lifelike humanoid robots, opening up exciting new avenues in robotics and dynamic material science.

For further details, you can read more in the original publication in Science Advances.

#robots #science

China’s $6000 Humanoid Robot by Unitree

Chinese startup Unitree Robotics has just unveiled its humanoid robot R1, priced at only $5,900 — a true game-changer in the world of robotics! 🤖

Weighing just 25 kg, R1 features 26 joints and a multimodal AI system capable of recognizing both voices and images.

Unitree already controls 60–69% of the global market for quadruped robots, with production costs up to 75% lower than industry giants like Boston Dynamics.

The launch of R1 comes just as Shanghai hosts one of the world’s largest AI forums, gathering top tech minds from around the globe.

Robots are becoming more affordable than smartphones. Soon, having a personal robotic assistant at home might be the new normal!

#Unitree #robots #China

@science

Cyberpunk remote work, IRL.

Operators in the Philippines—paid about $250/month—are remotely piloting shelf-stocking robots in Japanese stores.
Today it’s teleoperation; tomorrow it’s training data. The real question: how fast until the robots learn enough to cut humans out of the loop?

#robots #teleoperation #retailtech #AI #futureofwork #science

🤖 “Hand-motion farms” are real — and they’re training robot hands.

In parts of India, workers strap a small camera to their forehead and spend hours doing simple, tactile tasks: folding towels, packing boxes, sorting everyday objects.
The POV videos go to U.S. labs, where neural networks study exactly how human fingers grip, pull, twist, and place—so robots can learn to copy the same motions.

Why this matters:
• Dexterity is the bottleneck. Vision models are great, but robots still struggle with cloth, cables, zipper pulls, and irregular objects. Human POV data captures the micro-moves that simulators miss.
• Imitation learning at scale. Hour after hour of clean, labeled hand maneuvers becomes training fuel for policies that generalize to new objects and tasks.
• Societal twist. It’s efficient—and a little dystopian: people meticulously teach the fine motor skills that may one day automate their own work.

Humans teaching their replacements, one folded towel at a time.

#AI #robots #imitationlearning #India #futureofwork

Mom says: “Since AI bots will kick office plankton out of offices, you should go to a farm and harvest crops — AI won’t be a problem there.” 🤝🌾

Meanwhile, a farm owner in China — who used to hire people to pick the harvest — is watching this:

Robots now pick fruit, navigate rows, detect ripeness, and work day/night.
So yeah… the “safe haven” plan might need a Plan B. 😅🤖

AI-projects

#humor #farms #robots

🥊 This Is the Beginning of the End: Unitree Taught Robots to Fight Autonomously

The company unveiled UnifoLM-X2-1.0 — a world model that lets a robot decide in real time how to move, dodge and attack. No operator, no pre-scripted motions — it does it all on its own.

⚡️ The breakthrough in a nutshell:
Unitree calls this the first fully autonomous humanoid fight driven by a world model. The robot doesn't follow scripted punches — it builds a model of what's happening and makes decisions on the fly.

🔬 Key findings:
• The UnifoLM-X2-1.0 world model predicts the consequences of movements and plans actions in real time.
• The footage shows both actual recording and predictive modeling — the system "plays out" possible futures before acting.
• The robot dodges, attacks and keeps distance with no human in the loop.

💼 Why it matters:
This is a step from programmed motions to autonomous decision-making in a dynamic environment. The technology that teaches a robot to fight will tomorrow help in rescue, logistics and work in hazardous conditions.

It won't be funny for long 🪖

#Unitree #Robots #AI #Humanoids #Science

@science