Tesla is clearing its luxury EV era for robotaxis and humanoid robots
Tesla's strategic center of gravity is moving from premium EV icons toward autonomous machines.📷 Generated editorial visual / Tech&Space
- ★Model S and X production ends after final inventory
- ★Fremont factory shifts to Optimus robot assembly
- ★Cybercab debuts as Tesla’s first autonomous two-seater
The last Model S and Model X units are rolling off Tesla’s Fremont assembly line, ending a 14-year run that reshaped the automotive industry. Elon Musk confirmed that only a few hundred vehicles remain in inventory, with custom orders no longer accepted. The decision aligns with Tesla’s broader strategy to reallocate resources toward its most ambitious projects: the Cybercab autonomous robotaxi and the Optimus humanoid robot.
The Model S, introduced in 2012, was Tesla’s first volume EV, while the Model X debuted in 2015 with its iconic falcon-wing doors. Together, they sold over 100,000 units at their peak in 2017, but deliveries plummeted to just 50,850 in 2025—including Cybertruck. Musk himself once admitted the Model X was overly complex, calling it a car "no one should make." The shift away from these models underscores Tesla’s bet on automation over traditional vehicle sales.
The end of Tesla's pioneer EVs opens production space for autonomous mobility and humanoid robots.
The factory story is now about what replaces the Model S and X, not just what leaves.📷 Generated editorial visual / Tech&Space
TechCrunch reports that production capacity at Fremont will now focus on Optimus, while Cybercab assembly begins this month in Austin. The move reflects Tesla’s long-term vision: a future where mobility is defined by autonomous fleets and robotic labor, not individual car ownership.
The source material also shows that the Cybercab, Tesla’s first fully autonomous vehicle, is designed as a two-seater with no steering wheel or pedals. Its launch this month marks a critical milestone in Tesla’s transition from automaker to robotics company. If successful, the Cybercab could redefine urban transportation, reducing the need for private vehicle ownership while generating recurring revenue through ride-hailing services. However, the project’s viability hinges on Tesla’s ability to scale production and navigate regulatory hurdles for autonomous vehicles.
Equally pivotal is the Optimus robot, which Tesla plans to manufacture at its Fremont facility. The humanoid robot, still in development, is intended to perform repetitive tasks in factories and homes. Musk has framed Optimus as a potential game-changer for Tesla’s business model, though skeptics question whether the company can achieve the necessary precision and reliability at scale. Early prototypes have demonstrated basic functionality, but mass production remains a formidable challenge.
The retirement of the Model S and X is more than a product cycle—it’s a symbolic handoff. These vehicles were the vanguard of Tesla’s electric revolution, but their successors may never see a showroom. Instead, they’ll operate in fleets and factories, blurring the line between transportation and automation. The question now is whether Tesla’s bet on the future will pay off or leave it stranded in the past.
For source context, compare TechCrunch, International Federation of Robotics and IEEE Spectrum robotics.
