Uber Driver Asks to Use Tesla Self-Driving Mode During Trip
- My uber driver just asked me if he could use self driving in his Tesla during our 30 minute highway drive from the airport.
On September 17, 2026, a routine rideshare trip on a highway sparked fresh questions regarding consumer understanding of automated driving technology when an Uber passenger shared an exchange with their driver. According to a post published on X by Luke Burgis, the driver inquired whether he could utilize self-driving capabilities in his Tesla during a 30-minute highway trip from the airport.
Tesla Autopilot and Full Self-Driving Capabilities
The inquiry highlights persistent consumer confusion surrounding driver-assist systems currently deployed on public roads. Tesla vehicles ship with standard Autopilot or optional packages marketed as Full Self-Driving (Supervised), both of which require continuous driver supervision and do not make the vehicle autonomous. Regulatory agencies and automakers repeatedly stress that drivers must remain attentive with their hands on the wheel at all times.
Transportation safety officials note that nomenclature surrounding driver-assist features frequently leads operators to overestimate system capabilities. While highway driving features can manage steering, braking, and lane centering under specific conditions, they remain classified as Level 2 automation under SAE International standards, meaning the human operator bears total responsibility for vehicle operation.
Rideshare Safety and Automated Features
Rideshare platforms enforce strict guidelines regarding the use of advanced driver assistance systems during commercial passenger trips. Industry policies typically mandate that drivers maintain active, manual control of the vehicle when transporting paying customers, prohibiting reliance on semi-autonomous modes that reduce active driver engagement.
My uber driver just asked me if he could use self driving in his Tesla during our 30 minute highway drive from the airport.
Luke Burgis on X
As automated features become more common in consumer vehicles, interactions between drivers and passengers regarding vehicle technology highlight the gap between marketing terminology and operational reality. Transportation authorities continue to monitor how drivers utilize these systems in commercial contexts as software updates roll out across consumer fleets.