Why Tesla’s New Roadster Stays Upside Down on a Curved Ramp

What happened

Baoyu’s latest explainer uses 3D animation to explain how underbody fans hold Tesla’s new Roadster against a ramp and compressed-air jets propel it into the air. It addresses flight duration, airborne rotation, tire limits, and uses beyond demonstrations; video 2 is in Chinese. Baoyu says Opus 5.5 helped create the 3D modeling and animation and shares an unfinished video-production skill at https://github.com/JimLiu/baocut/blob/main/skills/baocut/built-in-skills/explainer-video/SKILL.md.

The story so far

Bao Yu published a 3D animated explainer describing how underbody fans could hold Tesla’s new Roadster against a curved ramp, including upside down, and how compressed-air jets could push it into the air. The video addresses flight duration, airborne rotation, tire limits and uses beyond demonstrations. Bao Yu said Opus 5.5 helped create the 3D modeling and animation, and he shared an unfinished video-production skill.

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