Elon Musk Reveals Tesla’s Factory Mass Producing Robots That Look Human

Added: 2026-05-05

[00:00:00]You turn on this video and at first glance it seems like just another demonstration of future technologies.

[00:00:05]Robots stand in a row, move smoothly, repeat commands, perform simple tasks.

[00:00:11]But if you look more closely, it becomes clear. This is no longer a show. This is the early stage of the industrial launch of a new product category that could change the labor market faster than cars or smartphones ever did. Over the past few months, Tesla has taken several steps that outwardly look like ordinary presentations, but within the industry are perceived very differently. The updated version of Tesla Optimus is no longer an experimental prototype. It is a system that has passed a critical point, from we can build a robot to we can scale it. At this moment, according to industry information and indirect signals from the company itself, a key decision was made to begin preparations for mass production. Not hundreds of units, not thousands. We are talking about tens of thousands of robots per year, scaling to hundreds of thousands in the coming years. And this is a fundamentally different level. To understand the scale of what is happening, it is worth stepping back a bit. [music] When Elon Musk first presented the Optimus concept, most experts reacted with skepticism. Tesla was seen [music] as a company of cars, batteries, and software. Humanoid robots belonged to a completely different league, where for decades players like Honda with their Asimo or Boston [music] Dynamics had been working. But Tesla took a different path. Instead of trying to build a perfect robot, [music] the company focused on scalability. This is a crucial point that is often overlooked. Optimus was designed from the beginning not as an expensive laboratory machine, but as a product that can be manufactured the same way as cars, on an assembly line. And here, Tesla found itself in a unique position.

[00:01:58]The company already has what most robotic firms lack, massive factories, experience in mass production, established supply chains, and most importantly, its own ecosystem of AI and sensors originally developed for autopilot. In essence, Optimus is a humanoid body controlled by the same technological stack that has already been trained over millions of kilometers on real roads. Right now, a quiet but extremely important transformation is taking place inside Tesla. The company is beginning to view the robot not as a separate product, but as an extension of its core strategy, the automation of the world. If Tesla previously automated transportation, it is now beginning to automate physical labor. According to current estimates, the first limited batches of robots will be used inside Tesla's own factories. This is logical.

[00:02:53]The company gets an ideal testing environment where it can control conditions, quickly update software, and immediately see the economic impact.

[00:03:02]Robots are already being trained to perform basic operations, moving parts, >> [music] >> working with tools, sorting, assembly.

[00:03:10]For now, this does not look like a full replacement for humans, but the important thing is the speed of progress. Each update makes the system noticeably better. And if you compare the first demonstrations of Optimus with current versions, the difference is no longer just noticeable, it is fundamental. Motor control, balance, reaction speed, and precision of movement have all improved. But most importantly, the brain has improved. The AI is becoming capable of interpreting the surrounding world in real time, and this means the robot stops being just a machine with a set of predefined movements. It begins to adapt, and this is exactly what makes scaling possible.

[00:03:51]Now, let's talk about timing. Based on current statements and indirect data, within the next 1 to 2 years, Tesla plans to reach stable production of tens of thousands of robots annually. This does not mean they will immediately enter the open market. At the first stage, Tesla itself will be the primary customer, but then the second stage begins, and this stage is far more large-scale. Once the system reaches a sufficient level of reliability, the company will begin supplying external clients, primarily large industrial enterprises, logistics operations, and warehouses. Why exactly these sectors?

[00:04:29]Because it is in these areas that human labor is easiest to replace. Repetitive tasks, controlled environments, >> [music] >> and high economic efficiency. And this is where an effect emerges that can be compared to the arrival of electric vehicles. At first, [music] it is a niche, then a trend, and then a new norm.

[00:04:48]>> [music] >> If Tesla truly manages to reach production of hundreds of thousands of robots, it will trigger a chain reaction. Other companies will be forced to accelerate. Investments in robotics will surge. A new race will begin. In fact, we may witness the birth of a new trillion-dollar scale industry. Elon Musk [music] has repeatedly hinted that he considers Tesla Optimus a more important product than cars. At first glance, this sounds like typical hype, but if you look deeper, the logic becomes clear. You sell a car once. A robot is an asset that can work every day, generating value. And if Tesla can offer businesses a solution that is cheaper than human labor and at the same time more stable, demand will be enormous. Now, imagine what happens next. First, robots appear in factories, then in warehouses, then in retail, then in services. And at some point, they begin to enter everyday life. Yes, this is not a question of the next 2 years, but it is already a question of the coming decade. And this is where the most complex part begins, because this is not just about technology, it is about global changes in the structure of society. The labor market will begin to change faster than ever before. Some professions will disappear, others will transform, and entirely new categories of work will emerge. History has already gone through similar moments, the industrial revolution, automation, the rise of computers, but now the speed of change may be many times higher. And Tesla plays the role of a catalyst here.

[00:06:26]The company is doing what it does best, taking a complex technology and turning it into a mass product. But there are also risks. Mass production of humanoid robots is not just an engineering challenge, it is a question of safety, regulation, and ethics. How do you control such systems? How do you prevent errors? Who is responsible? There are no final answers to these questions yet.

[00:06:50]And even within Tesla itself, there is no complete clarity on how exactly this market will develop. But one thing can be said with certainty. We are at a point where the technology is already ready for the next step, and if everything goes according to plan, the coming years will mark the beginning of a new era, an era in which physical labor will gradually shift from humans to machines. And perhaps in a few years, you will look back at these early moments of Optimus and realize that this is where it all began, not as a demonstration, but as the launch of a new reality. When we talk about mass production of robots, most people imagine simply more machines. But in reality, a much deeper shift is taking place. Tesla is essentially trying to create a universal physical worker that can be reprogrammed for any task, and this is what fundamentally distinguishes Tesla Optimus from all previous robotics. If earlier a separate industrial robot was created for each operation, rigidly fixed on a production line, now we are talking about a system that can learn new actions literally through software updates. This is no longer a tool, it is a platform. And if this model works, the economy begins to change not gradually, but in leaps.

[00:08:05]Imagine a factory where instead of hiring new people to expand production, a company simply purchases an additional batch of robots and updates their software for new tasks. The time required to scale a business is reduced dramatically. Dependence on the human factor decreases, errors are reduced, productivity becomes predictable. And this is exactly what is now attracting the attention of major players who are closely watching what Tesla is doing, but are not yet making loud statements.

[00:08:36]And that is why what we are seeing now is not just product development, but preparation for large-scale deployment.

[00:08:43]Tesla does not make loud announcements without necessity, but all indirect signals indicate that in upcoming updates or presentations, the company may for the first time officially outline real production volumes and timelines for market entry. And if this happens, it will become one of the most important technological announcements of