What's Happening?
Tesla's AI lead, Ashok Elluswamy, has reiterated the company's approach to Full Self-Driving (FSD) speed settings, which has left many Tesla owners confused. The latest version of FSD removed the ability to set a maximum speed, replacing it with five
Speed Profiles ranging from 'Sloth' to 'Mad Max.' These profiles dictate not only speed but also driving behaviors such as lane changes and passing frequency. The change has sparked complaints from owners who are concerned about receiving traffic tickets due to FSD's infractions, as the responsibility ultimately falls on the driver. Elluswamy confirmed that Tesla has no plans to reinstate the Max Speed control, focusing instead on learning drivers' implied preferences.
Why It's Important?
Tesla's decision to remove the Max Speed setting from FSD has significant implications for both the company and its customers. The change highlights the challenges of balancing autonomous driving technology with regulatory compliance and driver expectations. For Tesla, the move represents a shift towards refining AI to better understand and adapt to driver preferences. However, it also raises concerns about liability and the potential for increased traffic violations. For Tesla owners, the lack of control over speed settings may lead to frustration and increased disengagements, impacting the overall user experience and satisfaction with the FSD system.
What's Next?
As Tesla continues to refine its FSD technology, the company may face pressure from customers and regulators to address concerns about speed control and liability. Future updates to the FSD system could include enhancements to the Speed Profiles or new features that offer greater customization for drivers. Tesla's focus on learning driver preferences suggests that the company is committed to improving the FSD experience, but it remains to be seen how these changes will be received by the Tesla community. Ongoing feedback from owners will likely play a crucial role in shaping the future of Tesla's autonomous driving technology.
