Tesla has published a cutaway image of its Cybercab robotaxi showing a Starlink satellite dish built into the roof, alongside a 5G cell antenna and GPS module. It is the first concrete look at how the self-driving taxi plans to stay connected to the internet. Engadget

The image was posted on X by Tesla's official account. It shows the Starlink V5 dish embedded into the vehicle's roof, paired with a built-in 5G antenna for backup ground-based connectivity. A Starlink post on the same platform described the integration as "High-speed internet from space for the future of autonomous vehicles." Engadget

The Starlink V5 dish was announced the week before the Cybercab reveal. It is smaller and uses less power than earlier Starlink models, including the V4. On raw speed, the V5 delivers 375+ Mbps, slightly below the V4's 400+ Mbps. Starlink currently sells the V5 only as a home internet terminal. The Starlink Mini is the model designed for mobile, on-the-go use. The Cybercab integration would, if it ships, put the V5 into a mobile application Starlink has not formally marketed it for. Engadget

The idea behind having two connections is simple: satellite internet from space handles areas where cell towers are scarce, like rural roads, while 5G cellular covers cities where towers are everywhere. For a car driving itself with no human behind the wheel, staying online is not a luxury. The car needs to send data back and forth constantly — software updates, remote help, real-time maps, and diagnostic information. The two systems back each other up: when cell signal drops in a rural dead zone, satellite takes over. When satellite signal is blocked by tunnels or tall buildings, cellular fills in.

Tesla has not announced a release date for the Cybercab. The vehicle remains in development. In a January 2025 SEC filing, Tesla listed the Cybercab as "In development" in Nevada. SEC Filing At that time, Elon Musk told investors that Tesla would roll out autonomous ride-hailing for money by June 2025 in Austin, Texas. Reuters That timeline has passed without a commercial Cybercab launch. According to Robotaxi Tracker data cited by Engadget, Tesla's current fleet comprises 39 unsupervised rider vehicles and 770 total vehicles including supervised ones. Engadget

The V5's slightly lower top speed compared to the V4 is unlikely to matter for a car. Even with high-resolution sensor streaming, a self-driving vehicle uses only a fraction of the bandwidth the V5 can provide. The tradeoff that matters is power and size — both favor the V5 for fitting into a compact car roof where aerodynamics and battery life are priorities.

Starlink marketing the V5 as a home-only device raises a practical question. A dish sitting on a house does not move. A dish on a moving car has to handle the fact that the signal frequency shifts as the car changes position relative to the satellite, and it has to switch between satellites overhead as the car travels. The home-internet firmware may not handle those tasks. Starlink's Mini is designed for in-motion use, but the V5 is not — at least not according to Starlink's own marketing.

The broader context here is that Tesla is building the internet-connection layer for a vehicle that does not yet have a production date. The Cybercab has moved from a rendering to a physical prototype with Starlink integration. But the gap between Musk's June 2025 Austin target and the current fleet of 39 unsupervised vehicles shows how much distance remains between a public reveal and a real commercial service. The connectivity design itself makes sense. The question is when, and whether, the vehicle around it arrives at scale.

The Starlink integration also tightens the link between two companies both led by Elon Musk — Tesla and SpaceX. The Cybercab's satellite connection depends on SpaceX infrastructure, a dependency that competing robotaxi operators do not have. Whether that is an advantage or a risk depends on execution that has not yet been demonstrated.

The cutaway image confirms the physical integration is real enough to show publicly. What remains undisclosed is the production timeline, whether the V5 terminal is certified for mobile use, and how the car will switch between satellite and cellular in real-world driving.