Tesla Will Sell Its Optimus Robot to Outsiders by Late 2027

Tesla has finally put its humanoid robot on a real production line, and it now has a date for when outsiders can buy one. On the company's third-quarter earnings call on October 21, 2026, chief executive Elon Musk said the first production-quality Optimus Robot units are rolling off a line at the Fremont, California factory, and that deliveries to companies outside Tesla should begin around the end of 2027. The update is the most concrete commercial timeline the company has ever given for the project its CEO has described as Tesla's largest long-term opportunity.

The announcement landed alongside financial results that show just how expensive that bet has become. Tesla's profit dropped 43 percent in the quarter as spending on robots, artificial intelligence, and autonomous driving surged, according to TechCrunch. Revenue was essentially flat, driven mostly by electric vehicle sales that came in at roughly twenty billion dollars. For a company that wants the world to see it as an AI and robotics business rather than a carmaker, the robot timeline may matter more than the quarter's numbers.

What the earnings call actually confirmed

The Fremont line is not a prototype shop. Tesla told shareholders in its quarterly letter that the robots coming off the line are, in its words, the first production-quality machines it has ever manufactured, and that the process has proven suitable for a commercial product. The factory space was freed up over the summer, when Tesla dismantled its Model S and Model X vehicle lines to make room for robot equipment, a plan it first previewed in July, according to BigGo Finance.

Musk was quick to temper expectations, calling the current phase early production and warning that the ramp will be slow and uneven because the product is so new. The near-term goal is a weekly output of twenty thousand units, but reaching that pace will take at least another year. The robot contains roughly ten thousand components, Musk said, and production can only grow as fast as the slowest part in the supply chain. He described the ramp as an S-curve that starts shallow, which is another way of saying the exciting part of the chart is still far away.

There is also real engineering left to do. Musk said a buyer needs a machine that is safe, reliable, and durable enough that it does not wear out after a month, and admitted there is still substantial work ahead on the robot's AI before it can handle open-ended tasks. On the call he also discussed folding Tesla's next-generation AI5 chip into the robot and building an internal training program, dubbed the Optimus Academy, where robots practice tasks and generate the data that teaches them. A new demonstration video is expected within a month or two, reported by Humanoid Guide. What Tesla did not disclose is just as telling: no price, no named customers, and no order figures.

Why the timeline still deserves skepticism

Musk's phrasing on the call was that the remaining design and AI problems should be solved around the end of next year. Since the call took place in October 2026, that points to late 2027, giving the company about fourteen months of runway. That is an aggressive schedule for a machine with thousands of parts and a global supply chain that still needs to be built. Analysts tracking the call flagged the usual risks: continued design changes, unresolved questions around the robotic hands and durability, and the sheer difficulty of scaling component supply, as summarized in the earnings call transcript published by Shacknews.

The financial backdrop adds pressure. Tesla delivered 486,532 vehicles in the quarter, slightly more than the previous quarter but fewer than a year earlier, while expenses climbed steeply. That profit slide does not kill the robot program, but it does raise the stakes: every quarter that Optimus stays in early production is a quarter the company is spending heavily without robot revenue to show for it.

The competitive picture is also moving. This same week, robotics firms including Agility Robotics announced new partnerships around NVIDIA's GTC Berlin conference, a reminder that Tesla is not the only company racing to put humanoids to work. The difference is scale of ambition: Tesla's Fremont line is designed to eventually build about one million robots a year, and the company has talked about a second line in Austin with far larger capacity. Nobody else in the humanoid race is currently talking about numbers that big, which is either a sign of Tesla's manufacturing edge or of how far its promises run ahead of the industry.

What it means for everyone else

For young workers, the timeline is worth watching for two reasons. First, Tesla is explicitly pitching Optimus at companies, not consumers, which means the first jobs it touches will be in warehouses, factories, and logistics, the same entry-level-heavy sectors where many people start their careers. Second, the company's pivot shows where the money is going: Tesla's robotaxi service is already scaling, with its Austin Cybercab fleet growing tenfold since launch and autonomous miles climbing fast. The car business is increasingly the funding mechanism for the robot business.

None of this means a humanoid coworker shows up next year. Between now and that late-2027 delivery window, Tesla has to solve its AI gaps, lock down suppliers, and prove the machines can survive real workdays. But for the first time, there is an actual production line, an actual weekly output target, and an actual date. After years of stage demos and bold claims, the Optimus Robot story has moved from what Tesla says it will build to what it is building, and the next fourteen months will show whether the factory can keep the promises the stage made. Readers following the broader AI hardware wave can also see how the same intelligence race is playing out in the home, as covered in our look at the new home robot taking pre-orders, and in how young people are already venting AI job anxiety to chatbots while machines like these join this week's gadget launches.