FSD Collision Accident: What's the Problem? Over the past few years, autonomous driving technology has become a core innovation in the automotive industry. Tesla's Full Self-Driving (FSD) system, in particular, has garnered significant consumer anticipation and interest. However, recent controversies surrounding a Tesla Cybertruck collision have raised new questions about the safety and reliability of autonomous driving technology. Tesla claims that the FSD system was not active at the time of the accident. However, on-site video footage appears to contradict this, leading to strong doubts among market observers and experts regarding the veracity of the company's assertion. Tesla, citing vehicle data logs from its accident investigation, has unequivocally stated that the FSD function was deactivated. This claim implies that the autonomous driving feature was not involved in the incident. Nevertheless, analysis of the accident scene video reveals clear evidence suggesting the FSD system was operational, making the discrepancy with the company's claims a central point of contention. This divergence between data and actual video evidence raises fundamental questions about the reliability of the information provided by Tesla itself. This situation appears to be far from the transparency consumers expect for safer use of autonomous vehicles. This incident needs to be viewed as more than just an isolated accident. On March 11, 2026, a Cybertruck owner filed a lawsuit against Tesla regarding a collision caused by an FSD malfunction. In this lawsuit, the plaintiff alleged that Tesla's FSD technology is 'defective and unreasonably dangerous.' Specifically, the plaintiff cited issues such as the absence of an adequate driver monitoring system, the FSD system's failure to prevent collisions despite being designed without LiDAR sensors, an ineffectively operating Automatic Emergency Braking (AEB) system, and marketing that could misleadingly suggest 'full self-driving.' Particularly noteworthy is the claim that Tesla is forcing drivers, through Non-Disclosure Agreements (NDAs) during litigation, to refrain from sharing information about FSD's performance. This raises serious questions about corporate transparency. If Tesla is actively attempting to conceal information about the actual performance and limitations of its technology, it could be seen as infringing on consumers' right to know and simultaneously jeopardizing public safety. Concerns are growing that attempts to suppress the dissemination of negative information through NDAs could impede the process of verifying and improving the actual safety of the technology. Clash Between Company Claims and Video Evidence According to the U.S. National Highway Traffic Safety Administration (NHTSA), there are currently 2.88 million Tesla vehicles equipped with FSD functionality, and 58 accidents have been reported as directly or indirectly linked to FSD. NHTSA is already investigating these vehicles, and concerns about the safety of the FSD system continue to be raised. The fact that a massive fleet of 2.88 million vehicles is operating on roads with potential risks is not merely an issue for Tesla but could escalate into a public safety concern encompassing overall road safety. In contrast, competitors like Waymo are receiving relatively positive evaluations for the stability of their autonomous driving systems. Waymo is regarded as having secured market trust through its more advanced autonomous driving technology. This extends to a competitive landscape among companies vying for the commercialization of autonomous driving technology, directly impacting consumer confidence in the technology. Notably, Waymo contrasts with Tesla's camera-centric approach by utilizing a multi-layered sensor system, including LiDAR sensors, to achieve more accurate environmental perception. Tesla's autonomous driving technology has long generated both significant interest and controversy. Despite the FSD system being an assistive feature that requires continuous driver supervision, criticisms have persistently been raised that the 'Full Self-Driving' designation could instill excessive confidence in consumers. The current accident-related controversy serves as a fresh reminder of the fundamental principle that ensuring safety is paramount in autonomous driving technology. If corporate innovation fails to gain consumer trust, the commercialization of technology could face greater obstacles. In particular, there is a growing call for enhanced data sharing and transparency to restore trust between consumers and companies. The collision incidents and technological controversies under Tesla's 'Full Self-Driving' banner prompt reflection on the future of the entire autonomous driving industry. If technological advancement inevitably entails risks, then how companies identify and manage these risks will be a critical challenge. While autonomous driving technology is rapidly progressing, consumers a
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