- China’s Unitree unveils $6K humanoid robot for real-world use
Unitree’s new R1 robot debuts at just $5,566, disrupting the humanoid robot market R1 features 26 joints, AI vision and audio capabilities for real-world tasks Launch aligns with China’s AI
- Unitree R1 | Unitree Robotics
This product is a civilian robot We kindly request that all users refrain from making any dangerous modifications or using the robot in a hazardous manner Please visit Unitree Robotics Website for more related terms and policies, and comply with local laws and regulations
- Unitree launches cheapest full‑size humanoid robot at just US$5,900
Unitree’s latest R1 robot with 26 joints delivers cartwheels, and downhill runs for US$5,900, setting a new price floor in humanoid robotics
- China’s Unitree R1 Is a Humanoid Robot Costing Less Than $6,000 - Bloomberg
Unitree Robotics is marketing one of the world’s first humanoid robots for under $6,000, drastically reducing the entry price for what’s expected to grow into a whole wave of versatile AI
- Chinas Unitree Robotics offers a humanoid robot for under $6,000
Listen to This Article By Bloomberg News Unitree Robotics is marketing one of the world’s first humanoid robots for under $6,000, drastically reducing the entry price for what’s expected to grow into a whole wave of versatile AI machines for the workplace and home
- You Can Buy This Cartwheeling Humanoid Robot for Less Than . . . - Gizmodo
The R1 is built with both image and voice recognition AI, according to Unitree Beyond that, the model is built with a “movement-first design” for “dynamic, lifelike mobility ” You can
- Robotics: Unitree’s R1 Dances Into the Future | Neuronad - AI News and . . .
Affordable AI Companion That’s Light on Its Feet and Heavy on Innovation Budget-Friendly Breakthrough: The Unitree R1 humanoid robot starts at just $5,900, making advanced robotics accessible while packing impressive features like 26 joints for fluid movements, including dancing, running, and sparring AI-Powered Immersion: Equipped with a Large Multimodal Model for voice and image
|