Tesla plans small‑scale no‑steering‑wheel Cybercab runs as Giga Texas ramps production

Tesla’s Cybercab story just moved from concept-car theater into factory reality. The company says production has started at Gigafactory Texas. But the important part is not “production started.” It’s how limited that start sounds. Elon Musk told investors on April 22 that the first Cybercabs — including the version with no steering wheel or pedals — will come out on a very slow ramp because the vehicle uses a basically new supply chain. ### What is the Cybercab, exactly? The Cybercab is Tesla’s purpose-built robotaxi — a two-seat vehicle designed for autonomous service, not a normal car with self-driving features layered on top. That design choice is the whole point. A Model Y can still be driven by a person. The Cybercab is supposed to skip the human interface entirely, which is why the no-wheel, no-pedal version matters so much. (assets-ir.tesla.com) ### What actually changed this month? Two things. First, Tesla had already prepared Cybercab lines in its Q1 2026 shareholder update. Then Musk said on the April 22 earnings call that Tesla had “just started production” of Cybercab at Giga Texas. That means the program is no longer just a prototype or pilot-line exercise — it has entered real manufacturing, even if at tiny volumes. (electrek.co) ### Why is the first ramp so slow? Because this is not just another Tesla body style. Musk described Cybercab and Semi as new-product ramps with “new everything,” and said investors should expect a stretched-out S-curve. Basically, Tesla is warning that early units do not tell you much about eventual scale. The company can start production now while still spending months ironing out suppliers, tooling, and assembly bottlenecks. (assets-ir.tesla.com) ### So are no-steering-wheel Cybercabs really being built? Yes — at least in small numbers. Tesla’s first steering-wheel-less Cybercab unit rolled off the line in February, and reporting around the April earnings call says Tesla is building both the pure no-wheel version and a steering-wheel-equipped variant. That split makes sense. It gives Tesla room to validate manufacturing and, if needed, adapt to operational or regulatory constraints without redesigning the whole vehicle from scratch. (electrek.co) ### Does regulation cap Tesla at 2,500 of these? Maybe not — and that is a bigger deal than it sounds. Vehicles that don’t meet standard federal safety rules often need exemptions, and those exemptions are capped. But Tesla’s vehicle engineering chief said the Cybercab is not subject to that 2,500-unit annual cap, with reporting pointing to Tesla treating it as a self-certified FMVSS-compliant vehicle rather than a special exempt one. If that holds, Tesla’s ceiling is manufacturing and autonomy readiness, not that exemption limit. (electrek.co) ### But can Tesla actually use them as robotaxis yet? Not at scale, and not in Cybercab form. Tesla’s live Robotaxi service today uses Model Ys in Austin, Dallas, and Houston. On Tesla’s own Robotaxi page, Cybercab is framed as the future vehicle, not the one already carrying riders. So the operating business exists now, but the dedicated hardware is still catching up. (electrek.co) ### What is the real bottleneck now? Unsupervised autonomy. Musk said customer vehicles could get unsupervised Full Self-Driving probably in Q4 2026, but Tesla’s timeline history here is rough. That means Cybercab production and Cybercab usefulness are related but separate questions. You can build a robotaxi-shaped car before you can truly run a robotaxi network with it. (assets-ir.tesla.com) ### Bottom line? Tesla has crossed an important line — Cybercab is now a factory program, not just a stage prop. But the catch is that early production sounds deliberately small, and the harder problem is still software. If Tesla solves autonomy, the slow ramp will look like normal factory seasoning. If it doesn’t, the no-steering-wheel Cybercab stays a bold manufacturing bet waiting for its reason to exist. (electrek.co)