Tesla Begins Slow-Ramp Production of Steering-Wheel-Free Cybercab Robotaxi at Giga Texas

Automakers have declared “revolutions” before—think Ford’s 1908 moving-assembly-line Model T that cut costs 70 % in five years, or GM’s 1996 EV1 that dazzled but died when regulation, cost, and infrastructure collided. Tesla’s Cybercab echoes both precedents: a bold production experiment coupled to an unproven business model and heavy capex ($25 bn for 2026, triple last year). Historically, technologies that removed a human operator—automatic elevators in the 1920s, fly-by-wire jets in the 1970s—succeeded only after regulators, insurers, and public trust caught up, often a decade later. The camera-only autonomy bet also revives the VHS-vs-Betamax standards wars: cheaper and scalable, but possibly inferior to the lidar-radar stack winning approvals today. Whether April 2026 marks a Model T moment or another EV1 hinges less on Musk’s factory output than on software that currently crashes four times as often as humans. On a 100-year arc, the significance lies in testing whether capital-intensive firms can pivot from selling hardware to monetizing mobility data and AI services; if Tesla fumbles, others will mine the lessons, much as Boeing learned from De Havilland’s Comet failures before perfecting the jet age.