**Summary**
The transcript discusses how Tesla and SpaceX are increasingly intertwined, with Elon Musk reportedly exploring a merger between the two companies. Their convergence is driven by shared challenges in artificial intelligence, robotics, and power‑constrained computing—both need efficient AI systems for vehicles (Tesla) and satellites/spacecraft (SpaceX). Evidence of this deepening relationship includes:
- SpaceX purchasing hundreds of millions of dollars of Tesla battery systems and Cybertrucks, and Tesla investing billions in XAI, which later merged with SpaceX.
- Joint projects such as the Terrafab semiconductor fab in Texas, serving both Tesla’s self‑driving and Optimus robotics needs and SpaceX’s space‑based computing vision.
- Personnel exchanges, shared manufacturing expertise, and suppliers treating the firms as a single customer.
- Musk’s own statements that his companies are “trending toward convergence,” and his long‑term goal of using Tesla’s humanoid Optimus robot—as a von Neumann‑style self‑replicating machine—to build and maintain Martian settlements that SpaceX’s Starship will transport people to.
Specific developments highlighted include:
- Tesla’s patent for a lens‑cleaning system that mimics a human eye (blinking, tear‑like fluid, eyelid‑like wipers) to keep cameras clear for self‑driving cars and Optimus robots.
- Groundbreaking of a massive Optimus‑dedicated factory at Giga Texas, targeting ~10 million units per year (≈27 000 daily).
- Speculation about a “Plaid” tri‑motor version of the Model 3, prompted by Tesla’s VP of vehicle engineering who said he thinks about it constantly, though packaging challenges remain.
- An aside promoting the Mammoot AI platform, which aggregates multiple leading models (GPT, Claude, Gemini, Llama, etc.) in one interface for comparison, prompt refinement, multimodal tasks, and privacy‑focused, GDPR‑compliant use at a low subscription price.
Overall, the piece argues that Tesla and SpaceX are not just collaborating but are evolving toward a unified entity focused on AI, robotics, and the ultimate goal of making life multiplanetary.
1. Tesla gives its robots mechanical eyeballs.
2. The Model 3 goes plaid.
3. According to people familiar with the conversations, Elon Musk has discussed a Tesla‑SpaceX merger with his most trusted colleagues.
4. The merger is reportedly talked about openly inside Tesla.
5. Tesla builds electric vehicles, batteries, and robots.
6. SpaceX launches rockets, operates the Starlink satellite‑internet service, and is weeks away from what could become the largest stock‑market debut in history.
7. SpaceX purchased roughly $697 million worth of Tesla battery systems in 2024 and 2025.
8. SpaceX purchased $131 million of Cybertruck vehicles during the same period.
9. Tesla invested $2 billion into XAI earlier this year.
10. Shortly afterward, XAI merged with SpaceX.
11. Tesla and SpaceX have collaborated on materials engineering, shared manufacturing expertise, and regularly moved personnel between organizations.
12. Suppliers have begun treating Tesla and SpaceX as a single customer.
13. In 2024, Nvidia agreed to redirect a $500 million GPU order from Tesla to XAI at Musk’s personal request.
14. Tesla must run powerful AI systems inside moving vehicles where power consumption, cooling, reliability, and cost are tightly constrained.
15. SpaceX faces similar challenges in orbit, where satellites and future space‑based computing systems must operate with limited power, strict weight limits, and brutal environmental conditions.
16. In March, Elon Musk announced the Terrafab, a joint semiconductor‑fabrication project whose initial facility is being built in Texas near the Austin Gigafactory.
17. One side of the Terrafab focuses on Tesla’s needs, including full self‑driving, Optimus, and future vehicle programs.
18. The other side is aimed at SpaceX’s long‑term vision for computing infrastructure in space.
19. The Terrafab is a joint effort that neither company could justify building alone.
20. Optimus is described as a von Neumann probe capable of building copies of itself using available raw materials.
21. Tesla is planning production lines capable of building millions of Optimus units annually, with robots increasingly assembling other robots on the factory floor.
22. Mars will need workers before it has millions of human settlers; habitats must be assembled, equipment maintained, and resources extracted.
23. A humanoid robot can use tools, vehicles, and equipment designed for humans, making Optimus uniquely suited for a planet lacking its own infrastructure.
24. Elon Musk stated that Optimus will be the first von Neumann machine capable of building civilization by itself on any viable planet.
25. SpaceX is building the Starship rocket to carry people and cargo to Mars.
26. Tesla is building the robot that could help construct and maintain a Martian settlement once shipments arrive.
27. SpaceX is investing in artificial‑intelligence infrastructure.
28. Tesla is building the artificial‑intelligence applications that run on top of that infrastructure.
29. Elon Musk’s SpaceX compensation is tied to establishing a permanent human settlement on Mars with at least 1 million inhabitants.
30. Tesla’s robotics roadmap may be one of the most important technologies to enable that settlement.
31. Ten years ago, Tesla built cars and SpaceX built rockets; today both spend billions on AI, robotics, and ultimately Mars.
32. Musk has said his companies are trending toward convergence.
33. Tesla was granted a patent for a lens‑cleaning system that resembles a human eye (dark circular lens like a pupil, protective housing like an eye socket, cleaning nozzle like a tear duct, wiper blades like eyelids).
34. The system continuously monitors image quality and, upon detecting degraded vision, automatically sprays cleaning fluid and sweeps debris away with a built‑in wiper plate, completing the cycle in under 1 second.
35. Tesla has been spotted testing camera‑cleaning systems on robo‑taxi vehicles and Cybercab prototypes.
36. Optimus shares camera hardware with Tesla vehicles.
37. Construction officially began on Tesla’s dedicated Optimus factory at Giga Texas.
38. When completed, the Optimus factory is expected to stretch nearly the full length of the main Giga Texas factory.
39. Tesla aims to produce around 10 million Optimus units per year at the facility, roughly 27,000 per day.
40. Tesla’s VP of vehicle engineering, Lars Morvi, said he thinks about building a tri‑motor plaid version of the Model 3 all the time.
41. The Plaid badge was reserved for the Model S and Model X, which use carbon‑sleeved motors and a tri‑motor setup.
42. Carbon‑sleeved motors allow motors to spin at extremely high speeds without tearing apart.
43. The Model 3 Performance hits 60 mph in about 2.9 seconds; a plaid version could push that significantly further.
44. Mammoot provides access to multiple AI models (GPT, Claude, Gemini, Llama, Mistral, Grock, Deepseek, Perplexity, etc.) in a single interface.
45. Mammoot lets users compare outputs, refine prompts, and leverage multiple systems at once.
46. Mammoot can analyze documents and images, generate video, use voice dictation, and run deep‑search workflows.
47. Mammoot offers custom AI assistance (“custom mammoots”) for specific tasks or projects.
48. Mammoot is built with privacy in mind: no data retention, GDPR‑compliant, and full user control over history.
49. Mammoot’s pricing starts at €10 per month.