Sealed inside a two-seat, steering-wheel-free pod, a MotorTrend writer watched the main screen flash “Aw, Snap!”—the error that appears when a Chrome tab crashes—except the vehicle was moving through Austin traffic with no driver to flag down and no manual controls to reach for. That encounter, during Cybercab’s opening public weekend, offers an honest look at where Tesla autonomous vehicles actually stand.
Cybercab launched publicly September 4, 2026, with roughly 45 vehicles geofenced to select Austin streets, no freeway access, and no manual fallback controls for riders. When something goes wrong, there is no fallback.
The Ride That Worked – And the One That Didn’t
Two rides, same coffee shop pickup spot, completely different outcomes.
The first ride was genuinely impressive. The Cybercab arrived in 17 minutes, matching the app’s prediction. Scissor doors closed automatically once the seatbelt was buckled, the cabin was whisper-quiet, and an FSD visualization screen showed exactly what the car saw and intended. That transparency is what made the rider feel safe—watching the car’s logic unfold in real time made the experience feel legible, even without a driver present.
The second ride was something else. Same coffee shop, same pickup spot across the street. Upon entry, the screen read: “Issue identified—resolution in progress.” Touchscreen frozen. No route visible. With a flight approaching, the rider initiated the trip through the Robotaxi app. The Cybercab drove a full loop around the block, returned to its starting point, and the app still showed the ride as not yet begun. The rider exited using the physical door handle—uncertain whether the car had shifted into Park—filed an error report, and called a Lyft.
A few numbers that frame the experience:
- First ride: $12.68 for 0.8 miles, roughly $15.85/mile versus Uber/Lyft’s typical $1–2/mile
- Waymo’s comparable LA trip: $21.46 for 12.24 miles, about $1.75/mile
- 10 incidents or complaints involving Tesla autonomous vehicles in Austin since June 2025, with 7 flagged as safety concerns, per city data reported by Axios
- NHTSA opened Audit Query AQ26002 within days of launch, reviewing roughly 1,000 Cybercab vehicles
Trust Doesn’t Scale on a Promise
The glitch’s real damage was psychological, not mechanical.
The Cybercab kept moving through the glitch. It just drove without any visible logic—from the rider’s perspective. That distinction matters enormously for mass adoption. Autonomous vehicles don’t just need to work; riders need to see them working. When that screen went dark, so did confidence.
The same writer has completed 31 Waymo Jaguar I-Pace rides across 188 miles in Los Angeles. Waymo’s interface feels dated, and the cabin is less choreographed. But at $1.75/mile, it handles freeways at 65 mph and has never served up a browser crash error during those rides. Tesla built a more cinematic experience. Waymo built a more consistent one.
NHTSA’s Audit Query AQ26002 is examining how Tesla certified a no-manual-controls vehicle as FMVSS-compliant—a documentation and certification review, not a recall or formal safety finding. Still, federal scrutiny could drive changes to fail-safe behavior and status communication, precisely the gap the glitch exposed. Tesla has said pricing will decrease as the fleet scales, which is plausible.
“Much, much beyond my expectation,” one early Austin rider told CBS Austin after a smooth 40-minute trip. Same service, wildly different experiences. That variance is Tesla’s immediate challenge—not the technology itself, but its consistency across rides.
If you’re in Austin and curious, the first ride is worth taking. The scissor doors alone justify the novelty, and the tip screen’s $0.69 and $4.20 presets will earn a dry smile. Just know that when the screen goes dark and the car starts circling, there is no one to flag down. Closing that gap is Tesla’s most pressing engineering problem right now.
