Tesla coast-to-coast FSD demo gets updated Musk estimate

BySimon AlvarezPosted on June 12, 2023
Back in January 2016, Elon Musk posted one of his most ambitious tweets to date. At the time, Tesla just released its V7.1 software, which included the first iteration of Summon. The feature allowed vehicles to pull out or into parking spaces completely driverless.

The feature was quite groundbreaking at the time, especially since it truly was a driverless function in every sense of the word. Tesla, of course, highlighted that drivers are still completely responsible for their vehicle while using Summon. Regardless, there was no doubt that Summon was definitely ahead of its time.
Soon after, Elon Musk posted on Twitter that in two years or so, Summon should work anywhere that’s connected by land. He provided an example of a route — Los Angeles to New York. That’s a coast-to-coast drive, and it unsurprisingly caught the attention and excitement of many.

Tesla ultimately failed to accomplish the feat within Musk’s predicted timetable, and in February 2018, the CEO provided some explanation for the coast-to-coast demonstration’s delay.
We could have done the coast-to-coast drive, but it would have required too much specialized code to effectively game it or make it somewhat brittle and that it would work for one particular route, but not the general solution. So I think we would be able to repeat it, but if it’s just not any other route, which is not really a true solution,” Musk said during the Q4 2017 earnings call.
Tesla is yet to successfully complete a coast-to-coast zero-intervention drive, even with FSD Beta. Interestingly enough, Musk provided a comment to a recent tweet asking about the long-delayed demonstration. Musk’s prediction was far less committal this time around, but it at least showed that Tesla was still working on a coast-to-coast demonstration for its driverless technology.

While a driverless coast-to-coast demonstration might almost be a vanity project in the grand scheme of things for Musk and Tesla, there is no denying that such a feat would propel the electric vehicle maker far into the lead in the driverless technology race. Even with Autopilot and FSD Beta’s accomplishments today, after all, critics continue to argue that Tesla’s solutions are not driverless because they require an alert human operator. A coast-to-coast drive with zero interventions would likely change such a narrative.



Title: Tesla’s Coast-to-Coast Full Self-Driving (FSD) Journey


Tesla, the renowned electric vehicle (EV) manufacturer, has been at the forefront of revolutionizing transportation with its cutting-edge technology and commitment to sustainable mobility. One of Tesla’s most ambitious endeavors is the development and deployment of Full Self-Driving (FSD) capabilities, which aim to enable vehicles to navigate and operate autonomously without human intervention. In recent years, Tesla has made significant progress in achieving this goal, and one remarkable demonstration of their FSD capabilities was the coast-to-coast journey undertaken by a Tesla vehicle. In this article, we will delve into the details of this remarkable achievement and explore the implications of Tesla’s Coast-to-Coast FSD journey.


  1. The Significance of the Coast-to-Coast Journey:

Tesla’s coast-to-coast journey using FSD technology marked a significant milestone in the development of autonomous driving. The journey spanned thousands of miles across different terrains, weather conditions, and diverse road networks, showcasing the potential of Tesla’s FSD system to handle complex real-world scenarios. This accomplishment not only demonstrated the progress made in self-driving technology but also generated widespread excitement and curiosity about the future of autonomous transportation.

  1. FSD Hardware and Software:

At the heart of Tesla’s FSD capabilities are the hardware and software components that enable the vehicle to perceive its surroundings, make decisions, and execute driving maneuvers. Tesla vehicles are equipped with an array of sensors, including cameras, radars, and ultrasonic sensors, providing a comprehensive view of the vehicle’s environment. These sensors feed data to a powerful onboard computer that runs sophisticated algorithms and neural networks, enabling real-time perception, prediction, and control.

  1. Real-Time Data Collection and Machine Learning:

Tesla’s fleet of vehicles, equipped with FSD capabilities, acts as a vast network of data collectors. The vehicles continuously gather valuable data from their sensors, which is then anonymized and transmitted to Tesla’s servers. This vast dataset is used to train and improve the FSD system through machine learning algorithms. The coast-to-coast journey served as an opportunity for Tesla to collect an extensive range of data, further enhancing the system’s capabilities and refining its performance.

  1. Challenges and Successes Along the Journey:

The coast-to-coast journey presented numerous challenges that tested the limits of Tesla’s FSD system. Navigating through complex interchanges, heavy traffic, adverse weather conditions, and varying road infrastructure demanded a high level of reliability and adaptability. However, Tesla’s FSD system showcased impressive capabilities, smoothly handling various scenarios such as lane changes, merging onto highways, overtaking slower vehicles, and responding to traffic signals and signs. The journey highlighted the effectiveness of Tesla’s FSD technology in real-world situations and the potential for widespread adoption in the future.

  1. Safety and Regulatory Considerations:

Safety is a top priority in the development and deployment of autonomous driving technology. Tesla has emphasized the need for constant improvement and rigorous testing to ensure the FSD system’s reliability and safety. The coast-to-coast journey adhered to all local traffic laws and regulations, and the vehicle was supervised by a safety driver, ready to take control if necessary. Tesla’s FSD technology is designed to minimize the risks associated with human error and enhance overall road safety.

  1. Public Perception and Future Implications:

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