Tesla launches commercial Optimus production line as its profit drops 43 percent
Tesla repurposed space that had been dedicated to electric car production at its Fremont, California factory to launch the first commercial production line for the humanoid robot Optimus. The announcement, which appeared in the company's letter to shareholders on third-quarter results, confirmed the rollout of the first units that meet actual production quality, noting that the manufacturing process is now suitable for a commercial product even though engineering tweaks to the hardware and construction methods continue.
This shift toward embedding artificial intelligence in physical machines has not come for free; third-quarter financial results showed net profit falling 43 % year-over-year to $787 million, down from roughly $1.37 billion in the same period last year. The decline stemmed from a sharp rise in capital and operating expenditures directed at AI projects, Optimus development and autonomous-driving technology, as well as weaker sales of regulatory emissions credits.
The bill for betting on advanced automation ate into profit margins just as core revenues had steadied.Total revenue for the third quarter came in at $28.04 billion, a shade below the comparable quarter in 2025 of $28.09 billion and about $200 million less than the second quarter. Automotive revenue was $20 billion with no year-over-year growth, and 486,532 vehicles were delivered, roughly 6,000 more than the prior quarter but fewer than in the same quarter last year. Energy and solar-storage sales fell 16 % to $2.8 billion, reflecting a reversal of payments tied to tariffs, while the services segment was the bright spot, expanding 33 % to $4.6 billion and posting a record total profit of $734 million, driven by full-self-driving subscription revenue.
At the earnings-call platform, CEO Elon Musk tried to temper overly optimistic expectations about rollout speed, describing the Fremont phase as early production that would be slow and stumble given the product’s radical nature, while still targeting 20,000 robots per week by the end of 2027. Musk acknowledged that a design revision is needed to ensure the robot’s safety, reliability and durability without breaking down after a month of operation, and he stressed that the software side and AI models still require hard work to perform unrestricted open-ended tasks in real-world settings.
The autonomous-driving timeline was pushed back again, as Ashok El-Soumy, vice president of AI software, told investors alongside CFO Vaibhav Taneja that the unsupervised version will not be deployed on the first customer cars in the autonomous-taxi fleet until Q2 of next year, after earlier promises had pointed to Q4 of this year.
This candid admission of mechanical and software setbacks resets expectations for industry leaders and logistics providers in the Gulf, Egypt and the Levant.Regional warehouse, port and sorting-center automation plans cannot count on human-like robots ready for independent work for years; the hardware still lacks long-term operational reliability, and smart-action models are not yet able to handle unstructured work outside predefined routes. Supply-chain and factory managers in the region should not freeze their investments while waiting for humanoid machines, and instead focus on dedicated robotic arms and specialized autonomous systems that deliver immediate economic viability without draining finances.
Tesla’s experience shows that moving from language models to physical AI hardware imposes harsh costs and a technical slowdown that promotional events cannot conceal. Calculate the cost of adopting tangible technologies based on actual hardware maturity and continuous operating hours in harsh environments, not on promises from experimental production lines that force companies to pay with their profits to develop them.