TERAFAB: the next step to becoming a galactic civilizationTogether with @SpaceX & @xAI, we're building the largest chip manufacturing facility ever (1TW/year) – combining logic, memory & advanced packaging under one roof.To harness as much power as possible from the Sun, we need to send 100 million tons of solar capture into space – per year.This requires massive scale.– Capability to launch millions of tons of mass into orbit– Solar-powered AI satellites– Millions of @Tesla_Optimus robots to help build it ...

“We had to develop every part of the robot ourselves—motors, electronics, sensors—everything.” – Elon Musk on @Tesla_Optimushttps://t.co/v23h9KTa9T ...

RT Tesla (@Tesla)We– design the chips & hardware– make the cars w/ said hardware– collect real-world data at scale– train the real-world AI model– built (& continue to expand) the massive supercomputer cluster that trains it– deploy AI directly to millions of robots on wheelsAll that is shared with @Tesla_Optimus for broader applications in both the physical & digital world ...

RT Tesla (@Tesla)We– design the chips & hardware– make the cars w/ said hardware– collect real-world data at scale– train the real-world AI model– built (& continue to expand) the massive supercomputer cluster that trains it– deploy AI directly to millions of robots on wheelsAll that is shared with @Tesla_Optimus for broader applications in both the physical & digital world ...

We– design the chips & hardware– make the cars w/ said hardware– collect real-world data at scale– train the real-world AI model– built (& continue to expand) the massive supercomputer cluster that trains it– deploy AI directly to millions of robots on wheelsAll that is shared with @Tesla_Optimus for broader applications in both the physical & digital world ...

Elon Musk and @Tesla_Optimus dancehttps://t.co/UMQy8LdwHV ...

Investment Rating - The report does not explicitly provide an investment rating for the industry or specific companies within it. Core Insights - The 2026 CCTV Spring Festival Gala showcased the capabilities of multiple robotics companies, highlighting large-scale multi-unit coordination and humanoid collaboration, marking a shift from mere stage embellishments to core technological roles for robots [6][7]. - China's robotics industry is characterized by strong engineering capabilities and a complete supply chain, which enhances the efficiency of transitioning from prototypes to mass production [8]. - The current competitive focus in the robotics sector is on reliable delivery and sustainable replication rather than attracting attention through high-profile demonstrations [8]. - Early-stage scaling opportunities are identified in cultural tourism, exhibitions, commercial interactions, and education, which have higher standardization and exposure [8]. Summary by Sections Event - The Spring Festival Gala featured coordinated performances by quadruped and humanoid robots, testing system consistency and control reliability under live conditions [6][7]. Comments - The event served as a system-level validation of engineering maturity in China's robotics sector, emphasizing the importance of integrated supply chain coordination and rapid productization [8]. - The industry is moving towards practical applications in standardized environments, which are seen as viable early-stage opportunities for scaling [8]. Operational Constraints - There remains a significant gap between robotic demonstrations and actual productivity, with many tasks still requiring highly controlled environments [9]. - The consensus in the industry is that while mobility is essential, fine manipulation and autonomous decision-making are critical for labor substitution [9][10]. - The challenges in dexterous hand design and intelligent system generalization are recognized as major constraints for both domestic and international players [10].

RT Tesla AI (@Tesla_AI)Our AI4 chip is built with full fail-over redundancy.That means two computers run in parallel and keep checking each other, so if one has a problem, the other can take over instantly.This chip powers both FSD in our vehicles & @Tesla_Optimus https://t.co/r0kG2a0H2R ...

Our AI4 chip is built with full fail-over redundancy.That means two computers run in parallel and keep checking each other, so if one has a problem, the other can take over instantly.This chip powers both FSD in our vehicles & @Tesla_Optimus https://t.co/r0kG2a0H2R ...

Our AI4 chip is built with full fail-over redundancy.That means two computers run in parallel and keep checking each other, so if one has a problem, the other can take over instantly.This chip powers both our vehicles & @Tesla_Optimus https://t.co/2DfqmfLAE2 ...