Tesla FSD Scrutiny Grows After Sleeping Driver Videos in Canada

A U.S. lawmaker is raising fresh questions about Tesla driver supervision after videos from Canada appeared to show Tesla drivers asleep behind the wheel while their vehicles continued moving on public roads.

The incidents, highlighted in a recent Drive Tesla Canada report, are not confirmation that Tesla’s Full Self-Driving system was active at the time. The clips circulating online do not independently verify whether FSD, Autopilot, cruise control, or another driver-assistance setting was engaged. Still, they feed directly into a long-running regulatory concern: Tesla’s software can make driving feel automated enough that some owners may overtrust it, even though the company clearly markets FSD as a supervised system.

Tesla’s current Full Self-Driving package is not a robotaxi product for consumer vehicles. It requires an attentive driver who remains ready to take control at all times. Tesla has also added stronger driver monitoring over the years, including cabin-camera attention checks in vehicles equipped with the necessary hardware. If the system detects inattention, it can issue warnings and eventually suspend FSD access for repeat misuse.

For regulators, however, the core issue is not only what Tesla says in its terms and on-screen warnings. It is how the system behaves in the real world and whether safeguards are strong enough to prevent predictable misuse. Videos of sleeping drivers are powerful politically because they present a simple narrative: if a person can appear asleep while the car keeps going, lawmakers will ask whether the technology is too tolerant of dangerous behavior.

This is an important distinction for investors. Tesla is not just selling a feature; it is trying to build public and regulatory trust around a roadmap that includes unsupervised autonomy, robotaxis, and software margins that could meaningfully change the company’s long-term valuation. Every viral misuse incident gives critics another opportunity to argue that regulators should slow that rollout.

At the same time, the investor takeaway should not be reduced to panic over a video clip. Driver abuse is not unique to Tesla, and advanced driver-assistance systems across the auto industry face similar human-factors problems. The difference is that Tesla has the largest real-world fleet, the boldest autonomy branding, and the most financially meaningful autonomy story. That combination attracts more scrutiny.

The Canada angle also matters. Tesla’s autonomy strategy is global, but road rules, insurance regulation, enforcement, and public tolerance vary by market. A safety controversy in Canada can still influence U.S. congressional commentary, media coverage, and ultimately the regulatory atmosphere Tesla faces in its most important market. Autonomy does not scale only through code updates; it scales through permissions, trust, and repeatable safety evidence.

For Tesla bulls, the best-case reading is that these episodes push the company to continue tightening driver monitoring while gathering more supervised miles. If the data ultimately shows materially safer outcomes than human driving, Tesla can use that evidence to support broader deployment. For bears, the concern is that visible misuse will force regulators to impose restrictions, rename features, or delay higher levels of autonomy.

The likely reality sits in between. Tesla will keep improving FSD, regulators will keep applying pressure, and the company’s autonomy narrative will remain one of the most important variables in the stock. Investors should watch not just software releases, but also enforcement actions, driver-monitoring changes, crash investigations, and the language regulators use around supervised versus unsupervised automation.

Sleeping-driver videos may not prove a system failure on their own. But they do prove that Tesla’s autonomy ambitions are being judged in a messy real-world environment where consumer behavior, political pressure, and safety perception can move almost as quickly as the software itself.