Musk’s futuristic Cybertruck rolls toward exit as Tesla pivots to robotaxi

Elon Musk announced that Tesla will wind down Cybertruck production at Gigafactory Texas around the middle of 2027. The move matters because the factory was designed for far more trucks than Tesla has been selling. Musk said the space will be used for increased Cybercab production instead.

The Cybertruck’s production lines had planned capacity for 250,000 trucks annually. Yet Cox Automotive estimated total sales at only 72,702, with sales fading after 2024. Tesla has not said whether another factory will build the truck, whether production will end completely, or what will happen to outstanding orders.

The change makes the Cybercab a more important part of Tesla’s manufacturing plans. Tesla began producing Cybercabs at the Texas plant in April and offered paid rides in Austin from September. Musk also reassured fans that existing Cybertrucks would remain on the roads for a long time.

A Cybercab is a two-seat vehicle designed to operate as a robotaxi. Tesla unveiled it in October 2024 and began offering paid rides in Austin through its existing Robotaxi service in September. Its unusual design removes the steering wheel and pedals, distinguishing it from a normal passenger car.

A normal car gives a human driver direct controls for steering, accelerating, and braking. The Cybercab is intended to handle those driving tasks itself. That makes its operation depend on Tesla’s driverless technology rather than on a person sitting behind the wheel. The article does not describe all of its technical systems.

The Cybercab matters because Tesla is shifting factory space toward it and using it to support Musk’s broader technology strategy. However, the article says Tesla has not yet demonstrated fully driverless technology at scale. That leaves the vehicle’s wider success dependent on proving it can operate reliably without human control.

Cybertruck demand fell far short of Tesla’s planned production scale. Tesla built its Texas lines with capacity for 250,000 trucks a year, but Cox Automotive estimated total sales of only 72,702. That gap shows the truck attracted attention without generating enough sustained volume for its factory footprint.

The difference becomes clearer over time. More than half of the estimated sales occurred in 2024, while sales faded thereafter. Tesla initially unveiled the truck in November 2019, and Musk said it had drawn 250,000 preorders within days. Customer deliveries did not begin until late 2023, after repeated production delays.

Tesla tried selling the truck abroad as United States demand weakened. Deliveries began in South Korea in November 2025 and the United Arab Emirates in January. Even with those efforts, the Cybertruck remained a niche product, prompting Tesla to shift Texas factory space toward the Cybercab.

Tesla decided to reassign factory space because Cybertruck demand did not support the scale originally planned. Its Texas lines could produce 250,000 trucks annually, but Cox Automotive estimated only 72,702 total sales. Musk said the space would instead make room for increased Cybercab production.

The mechanism is straightforward: factory capacity is limited, so Tesla is moving production resources toward the vehicle it now considers more strategic. Cybertruck sales peaked early and faded thereafter. Tesla also faced multiple recalls and complaints about build quality, while United States demand slumped even after the company began selling the truck abroad.

The shift supports Musk’s attempt to make Tesla an artificial intelligence and robotics company rather than mainly a carmaker. Tesla began Cybercab production in Texas in April and offered paid rides in Austin from September. The change could expand robotaxi manufacturing, but its success depends on proving fully driverless technology at scale.

The Cybertruck generated enormous early attention, but attention did not become sustained mainstream demand. Musk said 250,000 preorders arrived within days of its 2019 unveiling. Yet Cox Automotive later estimated only 72,702 total sales, with more than half in 2024 and sales fading afterward.

Several factors described in the article help explain the gap. Production was originally planned for 2021 but repeatedly delayed, with deliveries starting in late 2023. The truck also faced multiple recalls and complaints over build quality. Its angular design and association with Musk’s politics made it highly visible, but visibility did not make it a mass-market vehicle.

Cox Automotive called the Cybertruck a niche product in the giant United States pickup market. Tesla tried overseas sales in South Korea and the United Arab Emirates as domestic demand slumped. The weak volume now means factory space is being redirected to the Cybercab.

Musk is using the Cybercab to move Tesla’s identity beyond conventional carmaking. The two-seat robotaxi has no steering wheel or pedals, and Tesla has begun producing it in Texas. The vehicle therefore represents both a new product and a stronger focus on autonomous transportation.

The business model depends on automated rides rather than ordinary car ownership. Tesla started offering paid Cybercab rides in Austin through its existing Robotaxi service in September. If the vehicles can operate without human drivers, Tesla could build a service around fleets of robotaxis. The article does not say that this model has already been proven broadly.

The Cybercab’s role explains why Tesla is reallocating factory space from the Cybertruck. Musk wants Tesla seen as an artificial intelligence and robotics company, but the transition remains conditional. The article says Tesla has yet to demonstrate fully driverless technology at scale, making reliable deployment the central challenge.

Fully driverless technology means a vehicle can perceive its surroundings, decide what to do, and control steering, acceleration, and braking without a human driver. For the Cybercab, that requirement is especially important because the vehicle has no steering wheel or pedals. These capabilities are established requirements of driverless operation, while the article focuses on Tesla’s lack of large-scale proof.

A robotaxi must repeat those tasks safely across many trips and changing road situations. It cannot depend on a passenger taking over when something unexpected happens. Tesla has begun offering paid Cybercab rides in Austin, but the article does not establish that these rides are fully driverless or representative of large-scale deployment.

That proof gap is the main risk for Musk’s strategy. The Cybercab is central to recasting Tesla as an artificial intelligence and robotics company, and factory space is being redirected toward it. However, the article says Tesla has yet to demonstrate fully driverless technology at scale.