Tesla Cybercab Is in Production: Now Comes the Hard Part | Taha Abbasi

The Tesla Cybercab has entered production. Now comes the hard part. Taha Abbasi, a technology executive, CTO, and Cybertruck owner who has been tracking Tesla’s autonomy roadmap, analyzes what the Cybercab production ramp means for the robotaxi industry, Tesla’s business model, and the future of urban transportation.

New footage from Gigafactory Texas shows Cybercab units rolling off the line without steering wheels — confirming that Tesla is building the vehicle it promised: a purpose-built autonomous robotaxi with no manual driving controls whatsoever. Combined with the recent FCC approval for wireless charging, the pieces are falling into place.

The Product Is Real. The Questions Remain.

As Taha Abbasi has noted in his analysis of the Cybercab’s Texas sightings, production hardware is only half the equation. The critical unknowns include:

• Regulatory approval: No U.S. state has yet approved a vehicle with no steering wheel for public roads at scale
• FSD readiness: Tesla’s FSD Supervised still requires human attention — the gap to fully unsupervised operation in a vehicle with no steering wheel is significant
• Liability framework: Who is responsible when a vehicle with no human backup is involved in a crash?
• Insurance: How do you insure a fleet of driverless vehicles?
• Maintenance and fleet operations: Who cleans, charges, and maintains thousands of robotaxis?

Tesla’s Competitive Position

Taha Abbasi sees Tesla’s approach as fundamentally different from Waymo’s in ways that matter. Waymo operates a carefully curated fleet in mapped cities with human remote operators as backup. Tesla is building a mass-produced vehicle designed from the ground up for autonomous operation, relying on AI that generalizes across any road.

The FCC wireless charging approval is strategically brilliant: a robotaxi that charges itself wirelessly eliminates the need for human intervention in the charging process. The vehicle can operate 24/7 with minimal human involvement.

The Business Model Math

Tesla has projected that the Cybercab will be priced around $30,000 — less than half the cost of a Model 3. At that price point, a robotaxi fleet operator could achieve payback in under two years if the vehicle operates 12+ hours per day at average ride-hailing rates.

As Taha Abbasi has analyzed Waymo’s hidden costs, the economics of autonomy are about utilization. A vehicle that runs 80,000+ miles per year instead of 12,000 amortizes its cost dramatically faster. If Tesla can deliver on the autonomous software, the Cybercab becomes the most profitable vehicle per unit in automotive history.

What Comes Next

For Taha Abbasi, the Cybercab’s production ramp is the beginning of an entirely new chapter for Tesla — one where the company transitions from selling cars to selling transportation as a service. The implications for urban planning, car ownership, parking infrastructure, and city design are profound. But execution is everything, and the hardest miles are still ahead.

About the Author: Taha Abbasi is a technology executive, CTO, and applied frontier tech builder. Read more on Grokpedia | YouTube: The Brown Cowboy | tahaabbasi.com