Tesla Cybercab: Specs, Features, Price, and Production

What is the Tesla Cybercab?

The Tesla Cybercab is a purpose-built autonomous vehicle designed specifically for ride-hailing. It has no steering wheel, no pedals, and no traditional driver's seat. The two-seater is optimized for the majority of rides — short urban trips with one or two passengers — where a full-size vehicle is unnecessary.

Production versions roll off the Giga Texas assembly line and drive themselves to the outbound lot with no human intervention. Public Cybercab rides began in Austin around the September 3–4, 2026 event, using the same service area as the existing Model Y Robotaxi fleet. Riders consistently describe the experience as transformative.

The Cybercab represents a fundamentally different approach to autonomous mobility. Rather than retrofitting a conventional car with self-driving software, Tesla designed a clean-sheet vehicle that assumes autonomy from the start — removing every component meant for a human driver and reimagining the cabin around the passenger.

Design and Interior Features

The Cybercab's interior is a lounge-like space designed for relaxation and entertainment. Key features highlighted across ride-along videos and launch presentations include:

• Huge 22-inch central screen for media, navigation, and vehicle information
• Grok AI voice integration — say "Hey Grok" for climate, navigation, and media control
• Butterfly (lambo-style) doors for dramatic, easy entry and exit
• Ambient lighting throughout the cabin
• Rose-gold and gold exterior color options
• Reclining seats with spacious, lounge-like positioning
• Easy-clean materials designed for high-throughput fleet use
• Braille and accessibility features designed with disability groups and first responders

The UI is entirely passenger-optimized. There's no speedometer in the traditional sense — just a tiny speed display and a gold visualization tail showing the vehicle's planned path. There are no audible turn signals. Climate control is excellent, and the cabin is designed for passengers to watch movies, play games, recline, or nap during rides.

Technical Specifications

The Cybercab uses cameras only — typically 8 external cameras plus 1 cabin camera — with no LiDAR. This is central to Tesla's cost and scalability strategy. The brake-by-wire system eliminates traditional brake fluid, and steer-by-wire removes the mechanical steering column entirely.

Camera-Only Autonomy

The Cybercab's sensor suite is cameras only — no LiDAR, no radar, no ultrasonic sensors. This is a deliberate choice rooted in Tesla's belief that vision, paired with end-to-end neural networks trained on billions of real-world driving miles, is the most scalable path to autonomy. Adding expensive sensors per vehicle would make fleet economics unworkable at scale.

The system does not rely on HD maps. Instead, it navigates in real-time using the same FSD software stack that powers Tesla's supervised Full Self-Driving — now at version 15, described as a major upgrade. The Cybercab runs this software unsupervised, with no human backup.

For a deeper technical breakdown of the vision-first approach and neural network architecture, see our Tesla FSD technology guide.

Unboxed Manufacturing

The Cybercab is built using Tesla's unboxed manufacturing process — a modular assembly approach that reduces cost, requires a smaller factory footprint, and enables higher throughput than traditional automotive production lines. Instead of building the entire vehicle on a single line, sections are assembled in parallel and then joined together.

Production targets are aggressive: ramping toward 1,000 Cybercabs per week by mid-year 2026 and 5,000 per week by end of 2026. Drone footage and factory tours have shown hundreds of completed Cybercabs staged at the Giga Texas outbound lots, ready for deployment to operational hubs.

The motor design uses no rare-earth metals in some descriptions, further reducing both cost and supply chain risk. Every aspect of the Cybercab — from its modular assembly to its camera-only sensor suite — is optimized for low-cost, high-volume fleet deployment.