Tesla’s Full Self-Driving technology has made a significant impact in South Korea, with local drivers achieving an impressive milestone in just one month. According to Tesla Korea, users have collectively driven over 1 million kilometers using Full Self-Driving (Supervised) since its launch in the country. This distance is equivalent to circling South Korea approximately 480 times, showcasing the rapid adoption and utilization of the advanced driver assistance system.
The enthusiastic response from early users demonstrates both curiosity and confidence in Tesla’s Full Self-Driving capabilities. South Korea became the seventh global market to receive the system last month, following its debut in late November. Despite the system’s recent introduction, usage has been rapidly increasing, highlighting the demand for autonomous driving features in the region.
While it took slightly longer for South Korea to reach the 1 million kilometer milestone compared to Australia and New Zealand, where users achieved the feat in just two weeks, the country’s dense urban environments and complex traffic patterns present unique challenges. Tesla’s decision to unlock Full Self-Driving for Cybertrucks in South Korea further expands access to the system, catering to a wider range of vehicle types and driving scenarios.
Tesla’s focus on Full Self-Driving adoption is evident in its use of real-world driving data to enhance system performance and move closer to achieving higher levels of autonomy. Despite the need for active driver supervision, milestones like the one in South Korea provide compelling evidence of the system’s capabilities, supporting Tesla’s efforts to gain regulatory approval in additional regions and showcasing its effectiveness across international markets.
The success of Tesla’s Full Self-Driving technology in South Korea illustrates that drivers are not merely testing the system but actively utilizing it in their daily lives. As Tesla continues to push boundaries in autonomous driving technology, the milestone achieved in South Korea serves as a testament to the growing interest and acceptance of advanced driver assistance systems worldwide.