(2부) 용접 없앤 테슬라, 본드로 붙입니다 (HMG 경영연구원 박형근 책임매니저)

💡Summary The core of Tesla's CyberCap is a new production method called the "Unboxed Process." Conventional automotive production involves first completing the body and then assembling internal components in a confined space, resulting in low work efficiency. However, the Unboxed process divides the vehicle into blocks, assembles them flat, and then assembles them at the end, making assembly much easier and more amenable to automation. Applying technologies like gigacasting and color injection molding can eliminate the painting process, significantly reducing production costs and process complexity. This structure is also advantageous for robotics, and Tesla is planning to initially utilize its humanoid robot, Optimus, for simple factory tasks to accumulate data. Optimus aims to lower costs by simplifying its hand structure with tendon-based techniques and mass-producing it to around $20,000. Initially, the Unboxed process will focus on building data through repetitive tasks in a confined environment like a factory, before expanding to more complex tasks. The vision suggests that by connecting these robotics, autonomous driving, energy, and communications infrastructures, we can achieve a "zero marginal cost society" that drastically reduces key costs such as transportation, energy, and labor in the long term. 📌Key Topics Unboxed Process and Innovation in Automobile Production Methods Cost Reduction Structure through Paint Removal and Gigacasting Optimus Robot's Factory Entry Strategy Data Accumulation: Key to Humanoid Robot Competition Musk's Ecosystem and the Vision of a "Zero Marginal Cost Society" [This content is summarized using AI] 👉Understanding Inquiries: [email protected] 👉Read "Understanding Text" in text. https://contents.premium.naver.com/ba... 👉Sign Up for Understanding Membership    / @understanding.