Imagine driving nearly 13,000 miles without touching the wheel—a feat once thought impossible. But one Tesla owner just came tantalizingly close, and it’s sparking a debate about the future of autonomous driving.
David Moss, a Tesla enthusiast, recently pushed the boundaries of Full Self-Driving (FSD) technology by completing a staggering 12,961 miles of intervention-free driving across the United States. His journey, which spanned 30 states and included everything from bustling city streets to rural highways, ended only when harsh winter conditions in Wisconsin demanded human intervention. But here’s where it gets controversial: Is this a triumph of technology, or a reminder of its limitations?
David’s Tesla, equipped with FSD v14.2, navigated complex urban environments, roundabouts, and parking lots with ease. Yet, it was the snow-covered roads and freezing temperatures of rural Wisconsin that finally required his input. And this is the part most people miss: While the technology has come a long way, extreme edge cases like severe winter weather still pose challenges—even for skilled human drivers. Does this mean FSD isn’t ready for prime time, or is it simply a matter of refining the system for these rare scenarios?
This achievement isn’t just about mileage; it’s a benchmark for what Tesla’s neural networks can do in 2026. Just a year ago, such a feat would have been statistically improbable. Now, the conversation has shifted from if the software works to how it handles these extreme cases. As Tesla continues to gather data and improve its algorithms, the gap between human and machine capabilities is narrowing—but how close are we, really?
Meanwhile, Tesla owners are dreaming big for 2026. From a truly affordable EV to a family-sized SUV, the wishlist is long and ambitious. Boldly, some are even calling for a Tesla App Store, native Starlink integration, and retrofits for older hardware. But here’s the thought-provoking question: As Tesla pushes the boundaries of innovation, are they risking spreading themselves too thin, or is this exactly what’s needed to stay ahead in the EV race?
For those who love to tinker, there’s even a workaround to watch any streaming service on Tesla’s rear screen—a clever hack that bypasses the limited app selection. But it raises another question: Why not just open up the platform to more developers and let creativity flourish?
As we stand on the brink of a new era in autonomous driving, one thing is clear: the future is closer than we think. But what shape will it take? And who will lead the charge? Let’s debate—are we ready for a world where cars drive themselves, or are we still years away from true autonomy?
