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One free scan finds every outdated or missing driver and matches the right update for your exact hardware.Free scan · exact hardware matchTesla’s first Robotaxi service launched in Austin on June 22, 2025. Within days, passenger videos appeared to show vehicles entering an opposing lane, using the wrong turn lane, exceeding a posted speed limit and making awkward path corrections. The clips were genuine evidence of early autonomy mistakes, but they did not by themselves prove that Tesla’s entire service was constantly unsafe or that every incident caused a crash.
The important context is that the launch was tightly restricted and monitored by humans. The Austin Robotaxis had no conventional driver in the driver’s seat, but early rides included an in-car safety monitor, with remote support also part of the operating model.
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What happened when Tesla Robotaxis launched in Austin?
Tesla began its first limited Robotaxi service in Austin on June 22, 2025. Access was initially invitation-only, the cars operated inside a defined service area, and launch-week reports described operation mainly during daytime and evening hours, with restrictions involving poor weather.
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Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Clear out junk files and repair common Windows errorsFree Scan →Scan for outdated or missing drivers - takes under a minuteDriver Scan →By June 23 and 24, videos posted by riders and observers had drawn attention to apparent traffic-law and navigation failures. The footage became a test of whether Tesla’s public claims about autonomy matched what the vehicles could actually do on ordinary city streets. Tesla’s Q2 2025 update confirmed the Austin launch.
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The reported launch area was roughly 30 square miles, or about one-third of central Austin, although the boundary changed over time. That was a geofenced pilot—not unrestricted autonomous driving throughout the city.
What did the viral videos show?
“Wild errors” describes the reaction to the clips, not a standardized safety category. The more precise conclusion is that some early Austin vehicles appeared to make basic lane-positioning and traffic-law mistakes.
| Apparent behavior | What the footage supports | Important qualification |
|---|---|---|
| Opposing-lane travel | At least one widely circulated video appeared to show a Tesla entering the wrong side of the road after changing or abandoning a turn. | A short clip may omit the preceding route decision, road geometry, markings or signage. |
| Improper turn-lane use | A passenger video appeared to show a Robotaxi proceeding from a lane marked for left turns. | The original road markings and traffic direction matter; reaction videos are not enough to establish the exact maneuver. |
| Speeding | One reported clip showed the vehicle reaching approximately 35 mph after passing a 30-mph sign. | The video alone may not establish calibrated speed or how long the car remained above the limit. |
| Awkward braking and corrections | Riders described unusual stops, hesitation and path corrections. | An uncomfortable maneuver is not automatically a near miss or crash. |
| Difficulty near a reversing vehicle | Secondary reports described a Robotaxi continuing a maneuver near a reversing UPS truck before a human monitor intervened. | This should be treated as a reported intervention unless the complete original footage establishes the details. |
The Los Angeles Times coverage and launch-week video compilation provide examples of the footage and its surrounding context. A video can demonstrate an apparent violation without proving why the vehicle made the decision or whether a collision was imminent.
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Was Tesla’s Robotaxi really driverless?
That depends on which definition is being used.
- No conventional driver: The person in the front passenger area was not sitting in the normal driver’s seat.
- In-car safety monitor: Early Austin rides included a Tesla employee or safety monitor who could intervene.
- Remote assistance: Remote specialists could support the operation, but remote guidance is not necessarily the same as remotely driving the vehicle.
- Unsupervised operation: This means the vehicle can complete the trip without an onboard safety monitor or another human actively supervising it.
Those descriptions are not interchangeable. Calling the initial service “fully unsupervised” would be inaccurate. Tesla later said it began testing driverless Robotaxis in Austin in December 2025 and began removing the in-car safety monitor from customer rides on a limited basis in January 2026. Its filing described Austin as ramping toward unsupervised operation. Tesla’s January 2026 filing provides that timeline. Tesla’s Robotaxi terms call the vehicle driverless, but legal wording does not independently establish a regulator’s autonomy classification or the system’s safety performance.
Why the restrictions mattered
The launch safeguards reduced the range of conditions the system had to handle:
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- A geofenced area in South Austin;
- Limited hours, reported at approximately 6 a.m. to midnight;
- Restrictions involving bad weather;
- Limited rider access; and
- Human safety oversight during the initial rollout.
These measures were sensible risk controls, but they also mean the launch was not a test of every road, weather condition or traffic pattern. A system can perform acceptably inside a carefully selected operating domain and still struggle with unusual markings, construction, dense traffic or unexpected human behavior.
The reported $4.20 launch fare should not be treated as Tesla’s current universal price. Tesla’s current Robotaxi support page says the app displays a fare estimate before a rider confirms a trip.
Were there crashes?
The best-known launch-week videos primarily showed apparent driving errors, not a demonstrated major collision. That distinction matters, but so does the distinction between no collision shown and safe behavior. Entering an opposing lane or violating a turn restriction can be a meaningful autonomy failure even when traffic is sparse and nobody is injured.
Autonomous-vehicle incidents should be separated into categories:
- Traffic-law violation: such as speeding, an illegal turn or wrong-lane travel.
- Unsafe interaction: such as failing to yield or responding poorly to a reversing vehicle.
- Human intervention: a monitor brakes, steers or terminates the maneuver.
- Near miss: an error creates a plausible collision risk without contact.
- Crash: physical contact, followed by a separate analysis of fault and injuries.
NHTSA’s autonomous-vehicle crash data should not be converted into a simple “crashes per ride” score without knowing the number of trips or miles, vehicle status, severity, duplication, exposure and fault. The agency warns that Standing General Order data can include an initial report and later updates for the same event. See NHTSA’s crash-reporting guidance.
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What did NHTSA do?
NHTSA sought information from Tesla after reviewing videos that appeared to show speeding and wrong-lane behavior. That was an information-gathering response—not a final finding that the Austin Robotaxi service was defective or unsafe. The Guardian reported the agency’s response.
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A separate matter followed. On October 7, 2025, NHTSA opened preliminary evaluation PE25012 into traffic-safety violations while Tesla’s Full Self-Driving system was engaged. The opening document identifies allegations including proceeding through red lights and subsequent crashes, entering opposing lanes or crossing double-yellow lines, traveling the wrong way despite signs, and turning from or proceeding straight out of improper lanes. The scope covers Tesla’s FSD system broadly; it should not be described as a finding that the Austin launch videos caused those crashes.
Read the agency’s PE25012 opening document for the investigation’s stated scope.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Tesla’s argument—and the criticism
Tesla’s strategic case is that a camera-only system trained on data collected from its large vehicle fleet can improve through software and scale more cheaply than systems built around additional sensors and specialized vehicle hardware. Tesla emphasizes neural networks and fleet data in its public materials. Its Q2 2025 update outlines that approach.
Critics answer that basic traffic-law errors are important precisely because they can occur in ordinary situations. A geofence, favorable weather and a human monitor may prevent a small mistake from becoming a crash, but they also mask how the system performs without those protections. Neither side has established a universal scientific conclusion that camera-only autonomy is either inherently inadequate or definitively sufficient.
The Austin clips therefore support a measured criticism: Tesla’s early Robotaxis were capable of observable errors that a competent human driver should normally avoid. They do not, without a complete incident database and exposure denominator, establish the overall accident rate or prove that every viral clip represented a severe safety event.
Tesla Robotaxi versus Waymo in Austin
| Issue | Tesla Robotaxi | Waymo |
|---|---|---|
| Austin timing | Limited launch on June 22, 2025. | Already operating commercially in Austin through an Uber partnership by 2025. |
| Operating model | Tesla vehicles using Tesla’s automated-driving stack; early rides had an in-car monitor. | Waymo describes its service as fully autonomous, with remote specialists available for assistance. |
| Booking | Tesla Robotaxi app. | Waymo app in some markets and Uber in Austin and Atlanta. |
| Pricing | Fare estimate shown before confirmation. | Fare shown before booking and subject to change if stops are added. |
| Strategic advantage | Potential scale through Tesla’s existing fleet and software platform. | Longer commercial operating history and dedicated autonomous ride-hailing infrastructure. |
Waymo’s official FAQ explains its autonomous operation, remote specialists, Austin/Uber relationship and pricing disclosure. It would be misleading to declare one company safer from raw incident totals alone: the fleets, miles, locations, weather, operating domains and definitions must be comparable.
Where Tesla Robotaxi stood in 2026
As of Tesla support pages crawled in August 2026, Robotaxi service was listed in limited areas of Austin, Dallas, Houston, Miami, Orlando and Tampa. Tesla does not provide a public fleet-size or incident-rate breakdown on that support page. Availability, operating boundaries and supervision can change, so the current app—not the original launch coverage—is the practical source for whether a ride can be booked.
The expansion is significant, but it does not erase what the Austin videos showed. Early deployment exposed weaknesses in lane selection, route planning and interactions with unusual road situations. The fair question is not whether every clip was a catastrophe; it is whether the service could reliably avoid basic errors without human backup across a sufficiently broad operating domain.
The bottom line
Tesla’s Austin Robotaxi videos showed real, observable autonomy mistakes, including apparent wrong-lane travel, improper lane use and speeding. They did not prove that every ride was dangerous, nor did the clips alone establish a crash rate or system-wide fault. The launch was a constrained, human-monitored pilot, and Tesla only later began limited removal of the safety monitor. NHTSA’s scrutiny raised legitimate questions, but an information request and a preliminary evaluation are not final safety determinations.
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