Elon Musk has finally said the quiet part out loud: Tesla’s Cybercab robotaxi has officially entered production, marking the start of one of the most ambitious – and controversial – bets in the auto industry right now.

In a short X post, Musk wrote “Cybercab has started production,” pairing it with a Tesla video that looks more like a near-future sci-fi teaser than a traditional car reveal. Behind that casual line is a massive shift: Tesla is no longer just talking about an autonomous robotaxi future – it’s now building the cars that are supposed to power it.

For months, the company has been quietly setting the stage. The Cybercab is being built at Tesla’s Gigafactory in Austin, Texas, the same site that has become the company’s main experimental playground for new manufacturing ideas. Reports and earlier comments from Musk suggested that the first units started trickling off the line around February as pre-production builds, with April framed as the real start of “volume” production – albeit volume in a very Tesla sense: slow at first, then an aggressive ramp toward the end of the year. On a recent earnings call, Musk himself warned that the production curve will look like a stretched S – expect a crawl before anything close to scale.

What makes Cybercab different from every Tesla you’ve seen so far is that it’s built from day one to drive itself and only itself – no human driver, no steering wheel, no pedals, and no front-row seats at all. Inside, it’s essentially a purpose-built pod for two passengers, with a minimalist cabin dominated by a large central display and a surprisingly generous amount of legroom, thanks to the missing front seating row. Early public showings at the U.S. Department of Transportation (USDOT) in Washington, D.C. have already given regulators, media, and industry observers a close look at the production-ready interior, including a big cabin camera, extra safety-focused sensors, and a layout that feels more like a lounge than a regular compact car.

Tesla is pitching the Cybercab as the workhorse of its upcoming robotaxi network – basically an Uber-style ride-hailing service, but with no human drivers in the loop. The idea is simple on paper: fleets of Cybercabs will roam cities, summoned via an app, charge themselves using wireless inductive pads embedded in parking spots, and stay in near-constant service with minimal human intervention. In theory, this takes the “car as a product” model and morphs it into “mobility as a service,” with Tesla making money not just from selling vehicles, but from every mile those vehicles drive for paying passengers.

Under the hood – or more accurately, under the floor – Cybercab is also a showcase for Tesla’s latest manufacturing experiments. The company has been pushing an “unboxed” assembly approach, where large submodules of the car are built separately and then snapped together near the end of the line, instead of the traditional moving conveyor approach. Combined with giga-castings and a simplified two-seat interior, the goal is clear: build something that is cheap enough to profitably run as a robotaxi and eventually sell to consumers at under $30,000, with Musk publicly targeting around $25,000. Long term, if Tesla can hit the internal target of one vehicle every 10 seconds at Giga Texas, the company is aiming for millions of Cybercabs per year – numbers that would sit closer to smartphone-like scale than traditional low-volume robotaxi experiments.

The first signs of this shift have already been visible for a while. A production-ready Cybercab has been on display at USDOT headquarters in Washington, D.C., where U.S. officials and transportation leaders have been physically stepping into the vehicle and inspecting its layout. That presence, at a National Autonomous Vehicle Safety Forum, is not accidental – it’s a signal that Tesla is actively working the regulatory side as it moves from demos and FSD beta videos to a commercial, driverless service. One article covering the display highlighted oversized interior cameras and trunk cameras, clearly meant for safety monitoring, incident reconstruction, and probably compliance with whatever rules U.S. regulators eventually impose on fully driverless services.

Of course, actually operating fleets of driverless robotaxis in U.S. cities is less about hype and more about navigating a minefield of regulations, local politics, and public trust. Other companies like Cruise and Waymo have shown both the potential and the pitfalls: impressive driverless runs on one hand, and very public safety incidents and regulatory blowback on the other. Tesla carries all of that context into Cybercab’s launch, with critics already wondering whether its approach to autonomy – built heavily on camera-based perception and neural networks – is ready for the kind of dense, chaotic, human behavior you see daily in places like New York or Los Angeles.

The reaction to Musk’s production announcement on X captures that tension perfectly. Some users are ecstatic, calling Cybercab the dream of never needing to own a car again and praising the idea of an always-available, electric ride. Others are bluntly hostile, accusing Musk of pushing “bullshit innovation” that could wipe out taxi and ride-hailing jobs, or warning that fully driverless cabs will struggle with unpredictable human behavior and turn into a lawsuit magnet in crowded cities. There are also basic, almost childlike questions in the replies – people asking if the car really has no steering wheel or what happens when something goes wrong – highlighting how different Cybercab is from anything most riders have experienced.

Behind the snappy clips and forum showcases, Tesla still faces a long list of unknowns. Musk and Tesla executives have been clear that initial output will be slow, both because it is a completely new platform with a brand-new supply chain and because the company needs to validate each step of the manufacturing and software stack. Regulators will almost certainly insist on staged rollouts, limited geofenced zones, and careful safety reporting, especially after recent scrutiny on other autonomous fleets. Then there is the business side: getting enough Cybercabs on the road, in the right cities, at the right price, with high uptime, to make the robotaxi math actually work in Tesla’s favor.

Still, the timing of this production start matters a lot for Tesla’s longer-term story. Investors have been watching Cybercab as one of the key pillars of Tesla’s next phase, especially as traditional EV sales face more competition and slower growth in some markets. A working, scaled robotaxi platform could, in theory, generate recurring, high-margin revenue that looks more like software or platform economics than car sales. That’s the vision Musk has been selling for years: millions of autonomous Teslas, including Cybercabs, driving around and earning money while their owners – or in this case, Tesla itself – sleep.

For everyday people, though, the story is simpler: will this thing show up in my city, will I trust it enough to get in, and will it be cheaper or more convenient than just using Uber? Tesla’s move from “we will start production” to “Cybercab has started production” is the first concrete step toward answering those questions with something more than renderings and investor slides. The cars are now real, they’re being built in Texas, and over the next 12 to 24 months, we’ll see whether Cybercab becomes a normal part of urban life – or stays a futuristic idea that looked great in a 30-second clip on X.